Faculty

Science

Science is an independent map of the supplied study areas for Faculty: Science. The uploaded plan connects this hub to Science course hub, AVIA1111 — Aeronautical Knowledge, AVIA1901 — Aviation Transport Economics, BABS1112 — Genetics and Society. Use this hub to compare relevant units and guides, then verify current names, requirements, and availability in official university materials.

Organise files and checks for subject

No learning platform is named in the supplied data. Use the university's official unit channel to confirm the current brief, rubric, announcements, submission location, and permitted file types. Keep a local working copy and use clear version names so the final reviewed file can be distinguished from notes and earlier drafts.

Before submission, open the final file as a reader would. Check headings, figures, tables, appendices, references, file name, and any required cover information against the brief. Confirm that the uploaded file is the intended version and retain the confirmation provided by the official system. Do not infer extension, resubmission, or late-penalty rules from general advice.

Use subject support without handing over authorship

Use study support to clarify the task, test an outline, identify gaps, and improve understanding while retaining responsibility for the submitted work. Do not submit wording, analysis, calculations, code, images, or references that you cannot explain and verify. If collaboration, editing support, or AI tools are regulated for the assessment, the official policy and task instructions determine what is permitted.

Keep notes that distinguish quotations, paraphrases, your own observations, and feedback received. This makes attribution easier and reduces accidental source blending. When unsure, ask the relevant teaching team or academic-integrity service before submission. This resource offers general process guidance and does not interpret university policy for a particular case.

Audit the subject response before submission

Review the response in separate passes. First test the answer against the question; next compare sections with the marking criteria; then check evidence, reasoning, structure, and presentation. A final language pass should improve precision without changing technical meaning. Reading for one purpose at a time is more reliable than trying to fix every issue simultaneously.

Finish with a short audit: the response addresses the stated task, key terms are used consistently, claims have suitable support, limitations are acknowledged where relevant, citations match references, and all official submission requirements have been checked. Record any unresolved concern and use an official support channel rather than making an unsupported assumption.

Science: use this page as a planning map

Science should be used as a planning aid, not as a substitute for the current assessment documents. Start with the official brief and rubric, then use this page to organise the task into decisions: what the question asks, which concepts are relevant, what evidence is permitted, and how the response will demonstrate the marking criteria. Keeping those decisions visible makes it easier to notice when a draft has drifted away from the actual task.

The supplied context for this page is subject. Build your notes around that context and keep a separate list of details that must be confirmed in official materials, such as format, word limit, due date, permitted sources, group-work rules, or submission steps. This distinction prevents general study guidance from being mistaken for a university rule.

Finding the right Science resource

A faculty-level page covers several kinds of study need, so move from broad guidance to the most specific supplied resource available. Start with the relevant subject page when the question concerns a named assessment, use a guide for a reusable academic skill, and use a blog article for a focused explanation or study prompt. The narrower page should provide the context for practical planning.

Keep official and independent resources in distinct roles. Official pages establish curriculum, assessment, policy, dates, and submission requirements. Independent pages can help organise reading, drafting, and review. When they differ, follow the current official material and raise uncertainties with the university rather than treating general guidance as authoritative.

Map subject ideas to the marking criteria

The plan identifies the concepts named in the assessment brief as relevant context. Do not treat that list as a requirement to mention every topic. Select concepts because they help answer the question, define them with an appropriate source, and show how each concept changes the analysis. A topic earns space when it performs a clear job in the argument, method, calculation, design, or reflection.

A useful concept table has four columns: concept, meaning in this task, evidence or example, and the section where it will be used. For Science, this creates a traceable path from course material to the submitted response without claiming that any one structure is mandatory. Compare the table with the rubric and remove concepts that are present only as decoration.

Choose evidence that serves the subject question

Separate claims that need support from interpretation that you must develop yourself. For each substantive claim, record the source, the exact page or location, and a note explaining why it is relevant. Then write from the note rather than copying source language into the draft. This preserves the difference between the source's contribution and your own analysis.

Choose evidence for relevance, authority, and fit with the task rather than for convenience alone. The official reading list and library guidance are the appropriate starting points when they are supplied. If the assessment limits source types or dates, follow that instruction. This page does not infer those limits and should never be used to override them.

Revise subject so every section earns its place

Give each paragraph one clear purpose. Open with the point the paragraph will establish, introduce the evidence needed for that point, explain how the evidence supports or complicates the claim, and connect the result back to the question. For subject, this makes it possible to review the reasoning section by section instead of relying on a final read-through to reveal structural gaps.

Expect the first draft to expose missing evidence and weak transitions. Mark those gaps plainly rather than hiding them with broad statements. During revision, test whether every section advances the central response and whether alternative explanations, limitations, or counter-evidence need attention. The appropriate balance depends on the official task and discipline, so use the rubric as the final guide.

Check citations for subject

No citation style is stated in the supplied page data. Confirm the required style in the assessment brief or official university guidance before formatting references. Keep complete source records while researching so that a late style decision does not require reconstructing authors, dates, titles, publication details, page ranges, or links.

Citation is part of the evidence trail, not a final cosmetic step. Check that every in-text citation has a matching reference entry, every reference entry is actually used, quotations include any location detail required by the style, and paraphrases accurately represent the source. If a source cannot be verified, replace it or seek guidance rather than filling missing details from memory.

Independent Resource and Official Requirements

This is an independent academic resource, not an official university page, and it does not claim university affiliation. Use it for planning and review while relying on the current unit outline, assessment brief, rubric, policy pages, learning-platform notices, and teaching staff for authoritative requirements.

No grade, outcome, price, extension, acceptance decision, or policy interpretation is promised here. Verify every source and submission detail yourself, keep the work authentically yours, and ask the relevant university contact when an instruction is unclear.

Subjects in this faculty

Unit Assignment

Science Assignment Help | UNSW Assignment Help

Independent study-guidance hub for Science courses. UnswAssignmentHelp.com is independent and not affiliated with UNSW.

Unit Assignment

AVIA1111: Aeronautical Knowledge

Independent study guidance for AVIA1111 Aeronautical Knowledge: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is designed for students with no prior aviation flight experience who are enrolled in programs that include airborne flying training for the award of flight crew licences. Through the use of face-to-face lectures and instruction, students will undertake all aeronautical knowledge training in the units of competency specified in the Civil Aviation Safety Regulations 1998, Part 61 Manual of Standards, for the Recreational and Private Pilot Licences.

Unit Assignment

AVIA1901: Aviation Transport Economics

Independent study guidance for AVIA1901 Aviation Transport Economics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course covers the economics of airlines, and starts by introducing students to the language and data of the aviation business before analysing the economics of the demand for, and supply of aviation services. The analysis of airline demand focuses on the drivers of demand, travel purposes, mode of transport substitution, destination substitution, demand complements and the various price elasticities of demand. The course then explores the supply-side of the aviation business, which involves an investigation of airline revenue in the short and medium runs, airline cost and profitability. Students will investigate the curvature of the airline profit function and how it may be optimised. The course then moves onto additional topics in aviation economics such as airline relationships and the economics of oil and jet fuel markets. Students are provided with a variety of learning opportunities during the course through a combination of online and face-to…

Unit Assignment

BABS1112: Genetics and Society

Independent study guidance for BABS1112 Genetics and Society: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Genetic knowledge has advanced rapidly over the last few decades leading to a wide range of genetic applications in society. From genetically modified foods to genetic testing and precision medicine, these applications are now a part of everyday life. However, these advancements also raise important ethical, legal, and social questions that need to be considered. How much of our lives is pre-determined by our DNA and how much control do we have over our genetic destiny? This course will introduce core genetic concepts and applications using real life examples in a variety of areas including forensics, sport, nutrition, human health, agriculture, and synthetic biology. The course also provides hands-on experience in analysing and interpreting genetic data, as well as the necessary skills to critically evaluate implications of genetic advances, so one can make informed decisions about genetic interventions in their daily lives. The course is delivered fully onlin…

Unit Assignment

BEES1041: Exploring the Natural World

Independent study guidance for BEES1041 Exploring the Natural World: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course will introduce students to the science and scientific methods within the life, environmental and Earth sciences. In particular, the course will introduce students to the research undertaken in the School of Biological, Earth and Environmental Sciences (BEES) and its application to contemporary environmental problems, management and issues. The aims of the course also include a focus on employment options within the disciplines covered by BEES and the potential pathways within our Majors to give students the best opportunities to achieve their career aspirations. The course also focuses on skills including relevant quantitative techniques, methods for collecting environmental data including new technologies, sampling and experimental design, methods for visualising environmental information (graphics, mapping) and communicating results.

Unit Assignment

DATA1001: Introduction to Data Science and Decisions

Independent study guidance for DATA1001 Introduction to Data Science and Decisions: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Students will be provided with a broad overview of Data Science as a platform for further studies in Data Science and an understanding and appreciation of Data Science in the modern world. Students will study the fundamentals of Data Science as it is applied in Computer Science, Economics and Mathematics and Statistics. They will be introduced to topics such as databases, data analytics, data mining, Bayesian statistics, statistical software, econometrics, machine learning and business forecasting. The content of this course will be delivered via weekly live lectures with academics from three different schools, the School of Mathematics and Statistics, the School of Economics and the School of Computer Science and Engineering. These concepts will be further explored through a series of tutorials/workshops.

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GENS1111: Big Fat Myths

Independent study guidance for GENS1111 Big Fat Myths: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Weight loss fads in the form of diets and exercise regimes (with mostly unrealistic claims) are ubiquitous in modern day life; however, there is surprising ignorance and confusion about how we lose weight, with most people unable to answer the simplest question: when one loses weight, where does the fat go? This course will lift the veil on weight loss by tracing every atom one eats into and out of the body while investigating the fate of fat during weight loss. There will be a focus on how humans convert food into useful energy, why energy is important, what exactly happens in the body during weight loss and weight gain, and how one can change their lifestyle in subtle ways to live a healthier life. The course is delivered fully online with asynchronous lectures and a compulsory weekly 2-hour synchronous tutorial. It is aimed at all students who have an interest in learning about the science of diet and exercise. No prior scientific knowledge is needed as the content…

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MATH1011: Fundamentals of Mathematics

Independent study guidance for MATH1011 Fundamentals of Mathematics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course provides mathematical skills and knowledge similar to the NSW HSC Mathematics Extension 1 high school subject. It can serve as a bridging course for students who need to take MATH1131 but do not have the necessary assumed knowledge. It covers functions and their inverses, limits, continuity, differential and integral calculus as a grounding for a more rigorous treatment of these topics in MATH1131. Also covered are sequences and series, mathematical induction, the binomial theorem, probability, and an introduction to vectors in 2 and 3 dimensions and solving systems of linear equations using Gaussian elimination. The Maple computer algebra package is used to complement hand calculations. It is assumed that students will have mathematical background knowledge equivalent to a Band 4 in HSC Mathematics Advanced.

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MATH1041: Statistics for Life and Social Sciences

Independent study guidance for MATH1041 Statistics for Life and Social Sciences: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is for undergraduate students of life and social sciences. It is not intended for students who propose to study a substantial amount of statistics beyond first-year level. Students are assumed to have received a mark of at least 60 in HSC Mathematics Advanced or at least 70 in HSC Mathematics Standard or equivalent. The course first introduces the concepts on which statistics is built, namely: Descriptive statistics: exploring the data using numerical and graphical summaries; Study designs and sampling; Probability and independence; Discrete distributions: the binomial distribution. Continuous distributions: the normal, t and chi-square distributions. Random variables: calculating the mean and variance. Building on those, the second part of the course presents techniques for making inference about the population from a sample, that is, using confidence intervals and tests of hypotheses: z-test, t-test and Chi-squared test for stat…

Unit Assignment

MATH1131: Mathematics 1A

Independent study guidance for MATH1131 Mathematics 1A: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course builds on high school calculus-based courses to provide a solid foundation for further study in mathematics for students in STEM disciplines. It is taken by undergraduate students typically in their first year and is usually followed by MATH1231 or MATH1241. The Calculus half of the course develops a deeper understanding of continuous and differentiable functions and introduces the Riemann integral. It shows how theorems such as the Maximum-Minimum Theorem, the Intermediate Value Theorem and Mean Value Theorems are used to justify properties of common functions and to solve both theoretical and applied problems. The Algebra half of the course introduces vectors and matrices and the solution of systems of linear equations by Gaussian elimination which paves the way for linear algebra in later courses. Technology is used throughout the course through use of the Maple computer algebra system and students producing a typeset assignment. Students are assumed t…

Unit Assignment

MATH1151: Mathematics for Actuarial Studies and Finance 1A

Independent study guidance for MATH1151 Mathematics for Actuarial Studies and Finance 1A: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course, together with MATH1251, provides the mathematical foundation needed for Actuarial Studies and related disciplines, as well as possible further studies in mathematics and statistics. MATH1151 builds on high school level calculus, focussing first on a more rigorous development of limits and continuous and differentiable functions, and then introduces multivariable calculus with partial derivatives, tangent planes and multivariable chain rules. The Riemann Integral is linked to differential calculus though the fundamental theorem of calculus and techniques of numerical integration are introduced. Vectors and vector geometry are further developed from high school and matrix algebra introduced. Linear equations are treated with Gaussian elimination and matrix methods, and these are used for applications such as basic input-output linear models and least squares approximation. Discrete and continuous random variables are studi…

Unit Assignment

MATH1241: Higher Mathematics 1B

Independent study guidance for MATH1241 Higher Mathematics 1B: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course builds on MATH1131 or MATH1141 to provide a solid foundation for further study in mathematics for students in STEM disciplines. It is taken by undergraduate students typically in their first year. MATH1241 is the higher version of MATH1231 and has greater depth and a greater emphasis on proof and rigorous argument than MATH1231. The Calculus half of the course covers partial derivatives and multivariable chain rules, further techniques of integration and applications of integration, ordinary differential equations, sequences, series and Taylor series. The Linear Algebra half of the course introduces abstract linear algebra, covering vector spaces and linear transformations and eigenvalue and eigenvectors. In addition, there is a topic on probability distributions. Technology is used throughout the course through use of the Maple computer algebra system and students producing a typeset assignment that focuses on written communication skills.

Unit Assignment

MSCI1001: Introductory Marine Science

Independent study guidance for MSCI1001 Introductory Marine Science: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to a cross-section of the theory and application of marine science and includes an opportunity to experience field research. Spanning the disciplines of geology, chemistry, physics, and biology provides a fundamental understanding of how oceans work. Topics covered include: the chemistry of seawater; air-sea interactions; ocean circulation; waves, tides, and coastlines; biological productivity and biological diversity; problems and solutions to issues facing marine ecosystems. Lectures and tutorials are face to face. The course requires a compulsory four-day fieldtrip to Smiths Lake is held during the mid-term break, involving personal costs for students.

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PHYS1200: Step into Research

Independent study guidance for PHYS1200 Step into Research: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: PHYS1200 is a one-term research project for first-year students. Students choose from a set of available supervisors and projects, work regularly in the research groups, and present their results to a group of peers and researchers. This course serves as an entry point into physics research for motivated students.

Unit Assignment

PSYC1001: Psychology 1A

Independent study guidance for PSYC1001 Psychology 1A: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces some of the key concepts, theories and methods which underpin psychology as a science. It begins by reviewing historical and scientific foundations for the study of human behaviour. Lectures and tutorials then cover a series of key research topics in psychology, including development, social, emotional, and cultural influences on behaviour, theories of personality and application of psychology to health and wellbeing. Through interactive tutorials, research participation and written assessments, the course aims to train students in psychological research including communicating research findings, developing research questions, and critically evaluating research. There is no assumed knowledge, and the course is suitable for any UNSW undergraduates with an interest in contemporary psychology, behavioral science research methods and the important role of psychological science in modern society.

Unit Assignment

PSYC1021: Introduction to Psychological Applications

Independent study guidance for PSYC1021 Introduction to Psychological Applications: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course offers an introduction to psychology as a scientific discipline and as a profession, with special emphasis on initiating the academic and professional development of students in the Bachelor of Psychology programme. The content of this course is structured around the graduate attributes associated with the scientist-practitioner model, the basis for the training of psychologists in Australia and internationally. You will be introduced to diverse areas of professional psychology practice, and a major focus of the course will be research training within a group setting. This course also provides a first step in your development of psychological literacy, that is, the capacity to intentionally utilise your psychological knowledge, skills and attitudes to achieve personal, professional, and societal goals. In preparing students to “think like a psychologist”, this course will cover topics including critical and creative thinking an…

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PSYC1022: The Psychology of Addiction

Independent study guidance for PSYC1022 The Psychology of Addiction: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Have you ever wondered why some people become addicted to drugs or alcohol while others do not? Is addiction nature or nurture? Has the War on Drugs been effective at reducing illicit drug use? Is substance use a modern cultural phenomenon? Will using drugs really fry your brain? These questions and more will be explored in The Psychology of Addiction. PSYC1022 is a first-year introductory course with no prior knowledge of Psychology required. The course content is accessible to both science students and those in non-science programs. PSYC1022 provides foundational understanding of biopsychosocial issues relevant to licit and illicit drug use, the development and maintenance of addiction, and the treatments and systems in place to counteract the impact of substance use. The content begins with exploring sociocultural perspectives and historic origins of drugs. We then address psychological and biomedical harms, neuropharmacology, and the effects that dru…

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PSYC1028: Psychology of Human Centred Design

Independent study guidance for PSYC1028 Psychology of Human Centred Design: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This subject focuses on how psychology and cognitive science underpin the creative practices, processes and methods that lead to innovation and product design. Students will be introduced to the concepts of human centred design, blended with fundamental principles of psychology and cognitive science. The subject begins with identifying conditions required for the emergence of ideas, inspiration and change through examining historical cases of innovation. Over the course of the subject, students will engage with a transdisciplinary range of frameworks and methods for entrepreneurial innovation, creative thinking, ideation and prototyping by imagining a new solution to an identified problem. No prior science or psychology knowledge is required.

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PSYC1030: Quokkas, Crows and Clever Hans: An Introduction to Comparative Psychology

Independent study guidance for PSYC1030 Quokkas, Crows and Clever Hans: An Introduction to Comparative Psychology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: How do animals think and experience the world around them? How do scientists measure “animal intelligence”? Do dolphins or chimpanzees have language? Can birds plan and problem-solve? This course will analyse and critique scientific research in the domain of comparative psychology – the science of understanding how and why animals, including humans, process information and respond to the world in the way they do. Each week, students will explore a new question related to key concepts in the discipline (e.g., memory, navigation, communication, tool-use), as well as general scientific concepts such as scientific validity, falsifiability and issues surrounding anthropomorphism. The course is delivered asynchronously online (pre-recorded lectures that students can access at a time most convenient to them). All assessments will be undertaken/submitted online.

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PSYC1062: Psychological Science of Wellbeing

Independent study guidance for PSYC1062 Psychological Science of Wellbeing: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course will introduce you to evidence-based strategies for self-management capacity. Self-management is the capacity to work effectively toward meaningful goals, and to be flexible in the face of setbacks. The rationale for this course is that self-management skills constitute a type of graduate capability that, in theory, should help you survive the stressors of university life, but also help you to thrive (i.e., do well) in many aspects of your personal and professional life at university and beyond. In this course we will introduce you to the theories and research relevant to topics such as stress, well-being, motivation, emotional regulation, common barriers to achieving, metacognitive strategies, study strategies, and working/living with others. The topic will emphasise real-life applications of psychology, such as the capacity to self-reflect (e.g., understand when new material has or has not been sufficiently learned) and strategies to…

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SCIF1001: Advancing Science

Independent study guidance for SCIF1001 Advancing Science: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces the interdisciplinary and collegial nature of science in society. Big problems in science are used as a framework to help students develop foundational skills essential for their careers, including thinking like a scientist, assessing the quality of information, working in interdisciplinary teams, project management, and science communication. The problems explored are varied and change each year, but may include topics such as global pandemics and human disease, nuclear innovations, and the flammable earth. The course provides opportunities for students to network and share perspectives and experiences with peers from a range of scientific fields, and to work toward their career goals. Assumed knowledge: This course is intended for first-year students who have completed 24 units of credit toward their program. No specific disciplinary knowledge is required.

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SCIF1111: Perspectives in Medical Science

Independent study guidance for SCIF1111 Perspectives in Medical Science: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course is designed for first-year students in the Medical Science Program, providing an introduction to the essential professional skills that will prepare you for a successful career in medical science. Throughout the course, you'll develop key capabilities such as: Effective communication Finding and critically evaluating scientific literature Project management and understanding ethical standards Exploring the real-world impact of science You will also have the opportunity to discover diverse career pathways within the medical science field. Learning takes place through interactive tutorials and guided group activities that foster collaboration and support your assessment tasks. No prior science knowledge is required, just curiosity, creativity, and a willingness to explore new ideas!

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WSCI1001: Mathematics 1A (Bengaluru)

Independent study guidance for WSCI1001 Mathematics 1A (Bengaluru): planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course builds on high school calculus-based courses to provide a solid foundation for further study in mathematics for students in STEM disciplines. It is taken by undergraduate students typically in their first year and is usually followed by WSCI1002. The Calculus half of the course develops a deeper understanding of continuous and differentiable functions and introduces the Riemann integral. It shows how theorems such as the Maximum-Minimum Theorem, the Intermediate Value Theorem and Mean Value Theorems are used to justify properties of common functions and to solve both theoretical and applied problems. The Algebra half of the course introduces vectors and matrices and the solution of systems of linear equations by Gaussian elimination which paves the way for linear algebra in later courses. Technology is used throughout the course through use of the Maple computer algebra system and students producing a typeset assignment. Students are assumed t…

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WSCI1003: Introduction to Data Science and Decisions (Bengaluru)

Independent study guidance for WSCI1003 Introduction to Data Science and Decisions (Bengaluru): planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Students will be provided with a broad overview of Data Science as a platform for further studies in Data Science and an understanding and appreciation of Data Science in the modern world. Students will study the fundamentals of Data Science as it is applied in Computer Science, Economics and Mathematics and Statistics. They will be introduced to topics such as databases, data analytics, data mining, Bayesian statistics, statistical software, econometrics, machine learning and business forecasting.

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AVIA2011: Advanced Human Factors

Independent study guidance for AVIA2011 Advanced Human Factors: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course will provide students a detailed understanding about ‘why individuals behave the way that they do’, from a safety perspective. This will be achieved by providing students with an advanced-level of understanding of current theories, and key conceptual and applied models relating to human performance and decision-making. This information will be used in a variety of applied settings (I.e., aviation, road, maritime, and research laboratories) to understand the safety implications of human behaviour, and importantly methods to prevent and or reduce the implications of unsafe acts.

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AVIA2111: Commercial Navigation

Independent study guidance for AVIA2111 Commercial Navigation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course covers all the aeronautical knowledge training required by the CASR 1998 Part 61 MOS CASR 91 MOS & CASR 135 MOS for Commercial Pilot Licence level Navigation, specifically the PNVC and CNVC units of competency. Through a combination of lectures, tutorials and individual briefing, students learn about operational situations and problems related to commercial flying operations, and skills for relating theoretical aspects of airborne navigation to practical aviation contexts.

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AVIA2113: Commercial Human Factors, Flight Rules and Air Law

Independent study guidance for AVIA2113 Commercial Human Factors, Flight Rules and Air Law: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to all of the aeronautical knowledge training required by the CASR 1998 Part 61 MOS for commercial pilot licence level Human Factors, Flight Rules and Air Law, specifically, the CHFC, CFRA and CFRC units of competency. The course explores key concepts of commercial human factors, flight rules, and air law, with a focus on understanding human factors applicable to flight crew, the relationship between theoretical human factors concepts and conditions found in piloting aircraft, and the theoretical and practical aspects of aviation law relating to flight crew and Pilots in Command of commercial Visual Flight Rules (VFR) flight. A combination of synchronous learning and discussion is used to teach key concepts, knowledge and skills, and homework and class quizzes are also provided to students to assess retention and understanding of their learning.

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AVIA2115: Commercial Aerodynamics

Independent study guidance for AVIA2115 Commercial Aerodynamics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to the aeronautical knowledge training required by Civil Aviation Safety Regulations 1998 Part 61 Manual of Standards for commercial pilot licence level Aerodynamics, specifically the Commerical Aerodynamics - all aircraft categories (CADC) and Commercial Aerodynamics - aeroplane (CADA) units of competency. The course explores key concepts of commercial aerodynamics, with a focus on understanding aerodynamic concepts applicable to low-speed propeller driven aeroplanes, and the relationship between theoretical aerodynamics concepts and design features, controls and limitations found in low-speed propeller driven aeroplanes. A combination of synchronous learning and discussion is used to teach key concepts, knowledge and skills, and homework and class quizzes are also provided to students to assess retention and understanding of their learning.

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AVIA2125: Drone Operations Management

Independent study guidance for AVIA2125 Drone Operations Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The use of drones for applications like environmental and wildlife monitoring, logistics, security, and more is a rapidly-evolving frontier. A diverse set of entrepreneurial skills, industry knowledge and technical insight is needed to manage high value enterprise operations. Through interactive sessions and project-based learning, students will gain a broad understanding of current and emerging commercial drone operations, covering topics such as safety and regulations, operational planning, analysis software and workflows, and creating viable financial models. Students will learn how to address real-world challenges with solutions that involve drones, developing the basis for a mock company that works through the step-by-step planning of every aspect of a commissioned job set by a real industry or internal (UNSW) client, and presenting a comprehensive job proposal to their stakeholder. Students from Engineering, Science and elsewhere in the university…

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AVIA2501: Airline Marketing Strategies

Independent study guidance for AVIA2501 Airline Marketing Strategies: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course begins with a classic approach to marketing management but focused on marketing within the airline industry. The approach is a practical one, addressing airline market research, product development, pricing and revenue management, distribution (a key area), and promotion. Theory is positioned in current airline marketing issues, and reinforced through synchronous learning and collaborative discussion facilitated by industry experts who provide a practical industry framework in which to test the subject content.

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AVIA2610: Quantitative and Qualitative Research Methods in Aviation

Independent study guidance for AVIA2610 Quantitative and Qualitative Research Methods in Aviation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Research design, data collection and analysis are imperative for understanding key areas of aviation such as economic trends, ground operation efficiency, sustainability and environmental impact and passenger satisfaction. Where quantitative data can allow us to measure, assess and predict trends such as levels of safety in an aviation environment, qualitative data can give us insights such as first-hand accounts and non-numerical findings such as passenger perception and customer satisfaction. Both quantitative and qualitative data are necessary to gain business intelligence in aviation, and the combination of the two provides a holistic perspective to address challenges in the aviation industry. In this course, students are taught designing research projects for typical real-world questions, various methods of collecting quantitative and qualitative data and ways to analyse them efficiently and effectively as well as ethic…

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AVIA2702: Aviation Security and Air Freight Logistics

Independent study guidance for AVIA2702 Aviation Security and Air Freight Logistics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is split into two parts - Aviation Security and Air Freight Logistics. Aviation is a complex set of procedures and activities that when brought together results in a secure and efficient transport system. Any interruption to that system, can and will have far-reaching effects on public confidence and their expectations, government oversight, delays and costs to industry, and the potential for loss of life and suffering. Aviation security as applied to airlines and airports must be risk-based and outcomes focused. It must be tailored to the specifics of the airline or airport. Whilst it is conceded that approximately 80% of risks are known and common to all airports and airlines, the location, operating environment, brand, and political stability will all provide unique challenges to the aviation security professional. Aviation security takes a layered approach to protecting an aircraft, passengers and crew and is about reducin…

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AVIA2902: Airline Financial Analysis and Decision Support

Independent study guidance for AVIA2902 Airline Financial Analysis and Decision Support: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is designed to provide students with an understanding of the financial tools that are used to make critical decisions in the commercial air transport industry. Specifically, this course examines (1) the tools for financial decision-making, and (2) the use of those tools to solve problems faced by airlines. Topics include aviation financial statements, yield and revenue management, estimating long run growth rates, route financial performance, aircraft investment decisions, and fuel and foreign exchange (FX) hedging by airlines.

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BEES2741: Introduction to Astrobiology: Life in the Universe

Independent study guidance for BEES2741 Introduction to Astrobiology: Life in the Universe: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Astrobiology is the study of the search for life elsewhere in the universe, the origin of life on Earth, and the future of life on Earth. The course emerged from the UNSW Australian Centre for Astrobiology, which is deeply embedded in the search for life on Mars and the origin of life on Earth. The course is fully online, and there is no final exam. The content ranges from our origin in the Big Bang at the beginning of the universe to the study of microbes that live in extreme environments on Earth, how life and our planet evolved together and the search for life elsewhere in our solar system and beyond. Astrobiology seeks to answer our most profound question: Are we alone in the universe? This second-level course addresses astrobiology from the microbiological, geological and palaeobiological perspectives to the development of life on Earth and the search for life elsewhere in the universe. BEES2741 is strongly interdisciplinary.

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BIOC2181: Fundamentals of Biochemistry

Independent study guidance for BIOC2181 Fundamentals of Biochemistry: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Have you ever wondered why we need to eat and what happens to the food we eat once we digest it? Have you thought about what causes some people to become overweight and develop metabolic disorders and why most diets don’t work in the long term? Have you considered how long you will be able to survive without food? Or the best ways to improve your metabolism? The course aims to answer all these questions by introducing you to modern biochemistry. The course covers fundamental aspects of the structure-function relationships of proteins and enzymes; metabolic working of cells, tissues, and organs; the interrelationships between pathways of carbohydrate, lipid, and amino acid metabolism; the vital roles of enzymes and hormones in catalysis and metabolic regulation; the energy trapping mechanisms of animals and plants; interesting variations on the central metabolic pathways in various life forms. The lecture material will be supplemented by practical classe…

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BIOS2051: Plant Biology

Independent study guidance for BIOS2051 Plant Biology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is a dynamic second-year course within the School of Biological, Earth and Environmental Sciences. It offers a comprehensive exploration of plant biology, with a focus on Australia's native flora. The course blends theoretical study with practical experience through lab work and field trips to Sydney's regional national parks. Key topics include plant identification, edible botany, plant ecology, and biogeography. Students gain hands-on experience identifying plants and understanding their adaptations to terrestrial ecosystems. These experiences offer excellent preparation for third-year courses like Advanced Field Biology (BIOS3601), Life in Arid Lands (BIOS3161), and Plant Ecology (BIOS3061). Potential students should note the course includes mandatory field trips during class time and lab work. BIOS2051 is an excellent choice for those aiming for careers in botany, environmental science, or broader biological fields.

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BIOS2500: Evolution and the Modern World

Independent study guidance for BIOS2500 Evolution and the Modern World: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Evolution shaped the living world, from million-strong ant colonies to the COVID-19 virus (and all its variants), and from simple sessile invertebrates to conscious and highly cultural humans. Darwin’s insight that evolution happens by natural selection remains, in the words of philosopher Daniel Dennett, “the most important idea anybody ever had”. Unfortunately, few people ever gain more than a superficial understanding of natural selection and how evolution works. That is a pity, given the important insights that evolution provides into the most difficult and persistent problems that plague 21st Century living, including antibiotic resistance, obesity, overpopulation, income inequality, the spread of Artificial Intelligence throughout human society, gender inequity and the ideological warfare that surround sex and family life. There is no assumed knowledge. This course makes a great General Education or free elective offering. Do not be put off by t…

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CHEM2832: Medicines: Small Molecules to Macromolecules

Independent study guidance for CHEM2832 Medicines: Small Molecules to Macromolecules: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course will provide you with an understanding of what medicinal chemistry is, and how it is carried out. It will describe the interdisciplinary process of how new medicines are designed and developed. The first major section of the course contains a refresher of some fundamental concepts in organic chemistry (e.g. structure and bonding; functional groups; intermolecular forces) and an introduction to different classes of drug targets (e.g. DNA; RNA; proteins; carbohydrates). The second major section of the course focuses on small-molecule drug development. The various sources of lead compounds are examined, including examples from Australian traditional medicine. The concepts of pharmacodynamics and pharmacokinetics are investigated. Several valuable computational tools for drug development are introduced (e.g. docking, logP prediction). Strategies for lead optimisation are examined (e.g. isosteric replacements; metabolic fixes; rig…

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CLIM2001: Fundamentals of Atmospheric Science

Independent study guidance for CLIM2001 Fundamentals of Atmospheric Science: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course covers the basic physical principles and processes which govern our atmosphere and its climate. Firstly, students are provided with an overview of our the Earth’s atmosphere, the main physical principles that govern its behaviour, and how to apply them to important questions about weather and climate. This overview draws on foundational theoretical and applied concepts in physics and chemistry (including calculus); shows students an important application of basic physics (and a bit of chemistry); and for Oceanography, Meteorology and Climate students, in preparation for future courses in their Programs, this provides a foundation upon which later courses will build. As part of their learning, students will be introduced to concepts including the ozone hole, the greenhouse effect, how to use charts to determine the likelihood of storms developing, why deserts occur at certain latitudes, and how to forecast the weather. Students will th…

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GEOS2131: Field Methods and Mapping

Independent study guidance for GEOS2131 Field Methods and Mapping: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course provides opportunity to undertake an extended field mapping exercise in a seleted area of the state. The course will cover practical geological mapping techniques, general field skills, and the integration of stratigraphic, lithological, structural and palaeontological concepts. Use of remote sensed and geophysical imagery of the area to be mapped will be included. This course may be run in conjunction with other universities. Note/s: A field mapping camp, up to 6 days in duration, forms the principal component of the course and students will incur some personal costs. Assumed knowledge: first year geology

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GEOS2241: Electrify Everything: Sustainable Solutions to Climate Change

Independent study guidance for GEOS2241 Electrify Everything: Sustainable Solutions to Climate Change: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Australia has more than enough sun and wind power to completely electrify and have more to sell to our neighbours. But how are we going to do this? In answering these questions we need to address: How do we transform our coal fired power stations to run on sun and wind? How do we make our houses and buildings more sustainable? How do we integrate electric cars and plug them into the new grid? Where will all the new jobs be in the new renewable energy economy? Exploring the topics of electrification, new technologies, policy and social barriers and other key issues, this course will give students a greater insight into one of the most important policy challenges confronting Australia and the world today. This course encourages students from all disciplines to engage in a series of interactive face to face lectures and group collaboration via a flipped-classroom.

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GEOS2711: Australian Climate and Vegetation

Independent study guidance for GEOS2711 Australian Climate and Vegetation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Australian Climate and Vegetation is a course that focuses on contemporary climatic patterns and controls in Australia and elements of the Australian vegetation and their distribution. Topics covered include the development of the Australian vegetation through time, classification and mapping of vegetation, with an emphasis on the Sydney region, fire, and climatic variability and extreme events. The course is a second-year science course, and is particularly relevant to geography, ecology and environmental science students.GEOS2711 is taught using lectures, online learning resources, and a weekly tutorial / practical that is delivered face-to-face in which exercises are combined with a group research project.

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MATH2011: Several Variable Calculus

Independent study guidance for MATH2011 Several Variable Calculus: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to differential, integral and vector calculus for functions of more than one variable. Topics covered in lectures and tutorials include functions of several variables, limits and continuity, differentiability, gradients, surfaces, maxima and minima, Taylor series, Lagrange multipliers, chain rules, inverse function theorem, Jacobian derivatives. Double and triple integrals, iterated integrals, Riemann sums, cylindrical and spherical coordinates, change of variables, centre of mass. Vector calculus, line integrals, parametrised surfaces, surface integrals, del, divergence and curl, Stokes’ theorem, Green’s theorem in the plane, applications to fluid dynamics and electrodynamics.

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MATH2019: Engineering Mathematics 2E

Independent study guidance for MATH2019 Engineering Mathematics 2E: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This subject allows students in Engineering programs to explore a range of concepts at the core of applied mathematics. Through a series of online lectures and problem-solving classes, students are shown various methodologies for solving practical example problems from these topics in their discipline. Topics include: partial differentiation and applications, vector algebra, double integrals, ordinary differential equations, introduction to vector field theory, extrema of functions of 2 variables, matrices and their applications, Laplace transforms, Fourier series, partial differential equations and their solution for selected physical problems. Note: Available only to students for whom it is specifically required as part of their program. MATH2019 is equivalent to MATH2018.

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MATH2111: Higher Several Variable Calculus

Independent study guidance for MATH2111 Higher Several Variable Calculus: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is a core second-year higher mathematics course for students from all disciplines. The course extends the theory of one-variable calculus to functions or mappings with several variables. It forms the foundation for various courses in pure and applied mathematics, as well as in physics, economics and others. Topics covered include functions of several variables, limits and continuity, differentiability, gradients, surfaces, maxima and minima, Taylor series, Lagrange multipliers, chain rules, inverse function theorem, Jacobian derivatives, double and triple integrals, iterated integrals, Riemann sums, cylindrical and spherical coordinates, change of variables, centre of mass, curves in space, line integrals, parametrised surfaces, surface integrals, divergence and curl, Stokes' theorem, Green's theorem in the plane, and applications of integral theorems. The material will be covered in lectures, problem sheets will be discussed in tutorials.

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MATH2221: Higher Theory and Applications of Differential Equations

Independent study guidance for MATH2221 Higher Theory and Applications of Differential Equations: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course builds upon students’ studies on first-order ordinary and second order ordinary differential equations with constant coefficients from their first-year mathematics courses. In this course, students explore second-order ordinary differential equations with variable coefficients and, in addition, are introduced to partial differential equations. An investigation of boundary value problems is conducted, and these problems are contrasted with the initial value problems. Not all differential equations can be solved in terms of known functions such as polynomials and exponentials and the like. At the completion of the course, students will understand how to get information about the solution in these cases using power series methods and the Frobenius method. They will also understand how to find solutions to boundary value problems in 1D using Sturm-Liouville methods and Fourier series methods, and find solutions to bou…

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MATH2501: Linear Algebra

Independent study guidance for MATH2501 Linear Algebra: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Linear algebra is a critical tool in all mathematics and its applications. For example, the output of many electrical circuits depends linearly on the input (over moderate ranges of input), and successfully correcting the trajectory of a space probe involves repeatedly solving systems of linear equations in hundreds of variables. Linear methods are vital in ecological population models and in mathematics itself. Students have been introduced to systems of linear equations and matrices, vector spaces and linear transformations in first-year Mathematics courses without understanding all the subtleties involved. MATH2501 will review material from first year (MATH1231, MATH1241 or MATH1251) so that vector spaces and linear transformations become familiar friends rather than uneasy acquaintances. Students will learn about important geometric transformations: projections, rotations, and reflections. Students will see their applications, such as the least squares approximat…

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MATH2601: Higher Linear Algebra

Independent study guidance for MATH2601 Higher Linear Algebra: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course begins with a revision and extension of material on vector spaces, linear transformations, basis and dimension from first year. It also covers inner products over both the real and complex fields, orthogonalization, reflections, QR factorizations and unitary, self-adjoint and normal transformations. It then turns to the study of eigenvalues and eigenvectors, diagonalization and Jordan forms and functions of matrices. The course also includes applications to linear systems of differential equations, quadratics and rotations as time permits. The course is primarily but not exclusively intended for students aiming to complete honours in applied mathematics, pure mathematics, statistics or data science, and so where content is in common with MATH2501, MATH2601, aims to give students a deeper level of understanding. The course consists of lectures and tutorials, where the latter may be run as active classrooms.

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MATH2701: Abstract Algebra and Fundamental Analysis

Independent study guidance for MATH2701 Abstract Algebra and Fundamental Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Mathematics went through quite a revolution around the turn of the 20th century. In particular, an axiomatic approach infiltrated the mathematical paradigm, both as a tool to ensure mathematical rigour and to abstract common principles working in a variety of different settings. First year mathematics emphasizes computation over abstraction and rigour. Later year courses (and Pure Mathematics in general) reverse this, so students need to learn some new skills and some new ways of thinking about mathematical objects. The course consists of two halves, algebra and analysis, using lectures and tutorials for content delivery and investigation. The analysis part of the course begins with inequalities and how to bound quantities that cannot be calculated precisely. Many nice examples from geometry will be used to motivate discussions. Then the focus switches to aspects of the real numbers, such as how well one can approximate π by a rational p/q…

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MATH2831: Linear Models

Independent study guidance for MATH2831 Linear Models: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course gives an understanding of the fundamentals of regression modelling, which is essential for anyone contemplating a career as a professional statistician or higher study in statistics for students majoring in mathematics and statistics. Topics covered in the course include parameter estimation in linear models, model comparison using hypothesis testing, methods for selecting a good model when prediction of the response is the goal, detecting violations of model assumptions and identifying observations which have undue influence on decisions of interest. The various components of the course (lectures, tutorials, computer labs, assignments) will improve the research and enquiry skills, as well as analytical thinking abilities of the students. Essential computing skills in relation to statistical analysis of data will also be developed.

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MATH2871: Data Management for Statistical Analysis

Independent study guidance for MATH2871 Data Management for Statistical Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is an introductory programming course using the R language for second-year students in the disciplines of Data Science, Statistics, and Commerce. The course includes both lectures and computer laboratories. It introduces students to the use of R and RStudio for data management, manipulation, visualization, and statistical analysis. Students will learn to: •Organize, explore, and query data using spreadsheet tools and R packages such as tidyverse. •Perform data cleaning, wrangling, and transformation using R programming. •Apply data screening, exploratory data analysis, and graphical visualization methods. •Conduct statistical analyses using a range of R functions and packages. The course emphasizes practical skills in data management and analysis through hands-on exercises and projects. The knowledge and programming techniques developed are generic and transferable to other modern statistical and data science tools.

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MATH2931: Higher Linear Models

Independent study guidance for MATH2931 Higher Linear Models: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is intended for students completing data science and statistics majors Through a series of lectures and tutorials, the course will cover key topics including linear regression computation and inference, and modern model/feature selection methods used in data mining and computational statistics. Where content is in common with MATH2831, this course aims to give students a deeper level of understanding.

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MICR2012: Microbiology for the Pharmaceutical Sciences

Independent study guidance for MICR2012 Microbiology for the Pharmaceutical Sciences: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Microscopic life pervades every aspect of our lives, influencing our health, diet, and environment. In this course students will gain an appreciation of the diverse roles that microbes play in our everyday lives. The course starts with a general introduction to microbiology that will discuss cell structure and function, physiology, diversity and phylogeny. The course then focuses on introducing students to specific areas of microbiology: environmental microbiology including metabolism, microbial communities and archaea; microbes and synthetic biology; and medical microbiology including bacterial, viral, and fungal pathogens, as well as foodborne pathogens. There is additional focus on the pathological processes and pharmaceutical treatment of microbial infections in humans. The lecture program is complemented by laboratory practicals where students will learn how to cultivate, identify, and utilise microbes. During this course, students…

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PHYS2116: Stellar and Planetary Physics

Independent study guidance for PHYS2116 Stellar and Planetary Physics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Since the discovery of the first exoplanet in 1995, astronomers have discovered more than 10,000 planets orbiting other stars. What processes govern the formation of these planets and their host stars, and how do they affect one another? What is the ultimate fate of our Solar System and star systems like it, and how do we know? In this course, students will explore stars and planetary systems in detail. Throughout the course, students develop an understanding of the building blocks of stars and planets, how they form, and how they evolve over time. They will learn about the telescopes and surveys, present and upcoming, used to understand the physics of these systems. Students will have the opportunity to analyse real telescope data related to topics covered in this course to appreciate how scientific theories are tested in practice. In developing the skills of professional astronomers, students will also critically evaluate current open questions relat…

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PHYS2801: Fundamentals of Atmospheric Science

Independent study guidance for PHYS2801 Fundamentals of Atmospheric Science: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course covers the basic physical principles and processes which govern our atmosphere and its climate. Firstly, students are provided with an overview of our the Earth’s atmosphere, the main physical principles that govern its behaviour, and how to apply them to important questions about weather and climate. This overview draws on foundational theoretical and applied concepts in physics and chemistry (including calculus); shows students an important application of basic physics (and a bit of chemistry); and for Oceanography, Meteorology and Climate students, in preparation for future courses in their Programs, this provides a foundation upon which later courses will build. As part of their learning, students will be introduced to concepts including the ozone hole, the greenhouse effect, how to use charts to determine the likelihood of storms developing, why deserts occur at certain latitudes, and how to forecast the weather. Students will th…

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PSYC2001: Research Methods 2

Independent study guidance for PSYC2001 Research Methods 2: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course provides an introduction to inferential data analysis procedures for experimental and correlational designs. It builds on the principles of research design and descriptive statistics covered in PSYC1111 Measuring Mind and Behaviour, and it prepares students for more advanced inferential statistical procedures covered in PSYC3001 Research Methods 3. It is a pre-requisite for all third-year courses in Psychology. Topics include sampling distributions, hypothesis tests and confidence intervals for between-group and repeated measures designs, power, correlation, prediction, and factorial designs. Students will learn to design, analyse and interpret experiments, enabling them to draw justified conclusions and communicate them clearly. Theory and procedures taught in lectures and online lessons will be reinforced through hands-on experience in tutorials and computing labs.

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PSYC2071: Perception and Cognition

Independent study guidance for PSYC2071 Perception and Cognition: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course focuses on major aspects of human perception and cognition, such as sensory coding, perceptual organisation, object perception, attention, and memory. You will learn about contemporary theory and research in perception and cognition, with an emphasis on developing research methods and communication skills. The content delivered in lectures and tutorials is designed to foster critical thinking skills, an appreciation of experimental approaches to the study of perceptual and cognitive processes, and the application of psychological principles derived from understanding perceptual and cognitive processes in everyday life, society, and technology.

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PSYC2101: Assessment, Personality and Psychopathology

Independent study guidance for PSYC2101 Assessment, Personality and Psychopathology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces areas of psychological research and practice that directly deal with psychological assessment, personality, and psychopathology. In the Psychological Assessment section of the course, students will learn key concepts related to personality and intelligence testing. In the Psychopathology section of the course, students will learn about maladaptive behaviour, personality, and mental disorders. The course provides an overview of common mental disorders, including disruptive behaviour, anxiety, mood, eating, psychotic, and personality disorders. The course emphasizes diagnostic criteria, contemporary theories of psychopathology, and empirically supported approaches to treating mental disorders. Lecture content is live. There are also pre-recorded materials designed to ensure that students arrive at face-to-face tutorials ready for active learning and to engage in discussion with peers.

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WSCI2001: Theory of Statistics (Bengaluru)

Independent study guidance for WSCI2001 Theory of Statistics (Bengaluru): planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course introduces theoretical concepts used in classical and modern statistics and is the entry-point for a statistics major and a prerequisite for most higher-level statistics courses. Topics covered include probability, random variables, standard distributions, bivariate distributions, transformations, central limit theorem, sampling distributions, point estimation, interval estimation, maximum likelihood estimation and hypothesis testing. Students will use the (free) statistics package R/RStudio. Note: The Assumed Knowledge is first year probability theory and integration. Probability theory revision notes will be made available online and some exercises will be revised briefly in the first tutorial.

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AVIA3005: Multi-Crew Cooperation

Independent study guidance for AVIA3005 Multi-Crew Cooperation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This Multi-Crew Cooperation course is intended for third-year UNSW Bachelor of Aviation (Flying) students who are already licensed pilots. Multi-crew cooperation is the set of procedures, techniques, and interactions that enable pilots to operate, as a crew member, on transport category aeroplanes in the safest and most efficient way. This course builds on the knowledge and skills gained from single-pilot operations, by expanding the scope to multi-crew operations skills that are essential for students who aspire to a career as a professional pilot. Students are provided with the opportunity to learn the foundational knowledge and practical flight instruction required for the award of the multi-crew cooperation course completion certificate, which is required by legislation to operate as a pilot in multi-crew operations. Key topics are non-technical skills, including human factors; crew resource management; standard operating procedures; transport category ae…

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AVIA3012: Aviation Safety Management Systems

Independent study guidance for AVIA3012 Aviation Safety Management Systems: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Modern aviation transport systems now enable people to travel vast distances at high-speed, within a highly hazardous environment, yet paradoxically with minimal risk. A primary enabler for this is the development of Safety Management Systems (SMS). Successful completion of this course is expected to equip the student with the theoretical knowledge of the requirements of a SMS as described by the International Civil Aviation Organization (ICAO) and the Civil Aviation Safety Authority (CASA) Australia. The theoretical knowledge acquired in this course will be applied to a variety of real-world safety scenarios and examples across a variety of high reliability industries including aviation, nuclear, and oil and gas.

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AVIA3111: Air Transport Flight Planning

Independent study guidance for AVIA3111 Air Transport Flight Planning: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to the aeronautical knowledge training required by the Civil Aviation Safety Regulations 1998 Part 61 Manual of Standards to achieve the competencies of Air Transport Flight Planning, specifically the Air Transport Pilot Flight Planning - Common and Air Transport Pilot Flight Planning - Aeroplane units of competency. The course explores key concepts of air transport flight planning, with consideration of the various factors that contribute to effective flight planning, and the need to accurately extract and interpret performance data to inform key planning decisions. A combination of synchronous learning and discussion is used to teach key concepts, knowledge and skills, and homework and class quizzes are also provided to students to assess retention and understanding of their learning.

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AVIA3114: Air Transport Air Law, Meteorology and Human Factors

Independent study guidance for AVIA3114 Air Transport Air Law, Meteorology and Human Factors: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to the aeronautical knowledge training required by Civil Aviation Safety Regulations 1998 Part 61 Manual of Standards for the Air Transport Pilot Licence level Air Law, Meteorology and Human Factors, specifically the AFRC, AFRA, AHFC, AMTC and AMTA units of competency. The course explores key concepts of air transport air law, meteorology and human factors through a combination of synchronous face-to-face and online learning and discussion to teach key concepts, knowledge and skills, and homework and class quizzes to assess retention and understanding of students’ learning.

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AVIA3201: Airline Resource Management

Independent study guidance for AVIA3201 Airline Resource Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Airline operations are the key areas involved in managing aircraft and providing related services. This course will concentrate on airline resources management and examine these concepts from the perspective of equipment and crew scheduling within airline management. There is strong continuity between managing the ‘corporate’ aspects of the airline (covered in AVIA3101) and the operational aspects (covered in this course). This mainly occurs in the planning processes, including fleet planning, aircraft scheduling, and crew scheduling. These important processes will be taught in this course from the perspective of resource allocation, utilisation, and optimisation. Some relevant topics are also covered in this course, such as aircraft maintenance scheduling, airport ground operations, and flight on-time performance management.

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AVIA3401: Aviation Safety and Resource Management

Independent study guidance for AVIA3401 Aviation Safety and Resource Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The success of safe operations within aviation relies as much on the individual performing their roles as on the way they interact with others. This course, therefore, examines the interaction of people in a group or set of groups and examines how this interaction affects the performance of the system, and the relative success of the operations. Theories relating to group-based behaviour and performance, including social and cultural aspects, organisational and safety culture are examined. The application of these theories is discussed in context to high-profile aviation incidents and accidents, and explored through the use of lectures, interactive tutorials, case-study readings, summative activities, and assessments relating to real-world application.

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AVIA3601: Flight Data Analytics

Independent study guidance for AVIA3601 Flight Data Analytics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The aviation industry is generating data at an increasing rate. Intelligent use of this data is becoming more important for safe, efficient and sustainable air transport. The Flight Data Analytics 6 UOC course will cover the sources of flight data, key parameters, data validation, uses of the data, software tools and analysis – making sense of the data. Airline flight data analysis programs, the routine monitoring of data from every flight, will be a key focus of the course.

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AVIA3710: Aviation Research Methods

Independent study guidance for AVIA3710 Aviation Research Methods: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Basic research skills and the ability to effectively communicate with a wide range of stakeholders is important for embarking on and maintaining a successful career in the aviation industry. This course coaches students through a basic research and report writing process in the context of aviation. The course introduces the overall research process, and then delves into understanding how to review literature, formulate a research question, develop a research design, collect, process, analyse and display data; conduct research ethically, and write and publish a research report. Each student undertakes a structured, supervised research project on an aviation safety issue, with specific reference to human, organisational and technical factors.

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BABS3031: Biotechnology and Bioengineering

Independent study guidance for BABS3031 Biotechnology and Bioengineering: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: In order to bring new biotechnology products to the market, scalable bioprocesses must be developed and validated. This course covers the bioprocessing and economic principles involved in the operation, development and design of large-scale biotechnology-based processes. It includes analysis of fermentation kinetics, batch and continuous modes of operation, bioprocess optimisation, principles of fermentor scale up, downstream processing and bioprocess design, as well as principles of economic feasibility analysis. Selected bioprocesses will be used to develop an understanding of fundamental bioprocessing principles, including process scale-up. Examples will be drawn from major biotechnology sectors, including biofuels, biopharmaceutical manufacture and manufacture of other bioproducts from bacterial, yeast and mammalian hosts. Laboratory sessions and problem-solving tutorials (including computer-based classes) will supplement the lecture material. A…

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BABS3151: Human Molecular Genetics and Disease

Independent study guidance for BABS3151 Human Molecular Genetics and Disease: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Personal genomics is revolutionising medicine. Soon, everyone in Australia is likely to have their genome sequenced at birth. What does this mean for how we see ourselves and treat disease? Is our future written in our genes, or can we influence and control our genetic destiny? This course explores the central principles and applications of understanding our genetic makeup and how this is transforming biomedical science. Core concepts and methods in molecular genetics will be introduced and applied to a variety of topics on human evolution, development and disease. Students will examine the roles of “nature” versus “nurture”, including epigenetic regulation, and learn how developments in genome technology are opening new avenues for personalised medicine. Lectures will be supported by laboratory and bioinformatics practicals using modern research methods and data. Skills developed during these practicals will provide excellent training for any s…

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BEES3223: Restoration and Translocation Ecology

Independent study guidance for BEES3223 Restoration and Translocation Ecology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: In this course, students will examine the principles and practices needed to restore terrestrial ecosystems, with a focus on the use of translocation. The course will include a one-week intensive field course based at the Wild Deserts project site, a UNSW ecosystem restoration and translocation project in the far north-west of New South Wales. Lectures and workshops delivered during the week will explore the ecological principles of restoration, provide opportunities to learn a range of ecological techniques used to measure the success of restoration and monitor management actions, and how to use scientific practice to evaluate the outcomes of restoration projects. The course requires students to travel to the Wild Deserts project site, and there will be costs associated with travel and accommodation to be borne by the student.

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BIOS3012: Animal Behaviour: Research Concepts and Design

Independent study guidance for BIOS3012 Animal Behaviour: Research Concepts and Design: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Animal Behaviour provides one of the most fascinating and rewarding fields of biological study. In this course, the study of animal behaviour and the levels at which it can be studied are introduced, including areas often referred to as ‘ethology’ or ‘behavioural ecology’. The observation and description of behaviour along with the development, function and evolution of behaviour in an ecological context are examined as important elements in the analysis of behaviour, particularly social behaviour. Topics include sensory control systems, foraging behaviour, communication, home range, territorial behaviour, aggression and dominance, sexual behaviour, mate choice, mating systems, play and social organisation.

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BIOS3161: Life in Arid Lands

Independent study guidance for BIOS3161 Life in Arid Lands: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course involves in-depth and hands-on exploration of ecological and evolutionary processes in arid regions of the world. Through tutorials and paper discussion, we examine the defining features of the world’s arid lands, compare characteristics of Australian arid lands with those in other parts of the world, and explore key topics including the evolutionary history of the flora and fauna, adaptations of plants and animals to boom-and-bust arid environments, the major ecosystems processes, and the dynamic, interconnected nature of communities. During a 5-day intensive field trip to arid Australia, students will practise hands-on field research techniques and employ their acquired knowledge about arid ecology in a student-led group research project. Students will design and conduct their own research project, as well as analyse and interpret the results in the context of arid ecosystems. A field trip to UNSW’s Fowlers Gap Arid Zone Research Station in western…

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BIOS3681: Ocean to Estuarine Ecosystems (Advanced)

Independent study guidance for BIOS3681 Ocean to Estuarine Ecosystems (Advanced): planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Oceans occupy 75% of the planet's surface and have the capacity to moderate our climate and supply our food, water and oxygen. The East Australian Current also has a substantial (and unappreciated) effect on our lives. EECO outlines the dominant players and processes in pelagic marine ecosystems, from fine-scale ocean physics, to nutrients, phytoplankton, zooplankton, fish and sharks. We will study estuarine ecosystems, including the effects of catchments and nutrients on hydrography and estuarine habitats. The systematics and ecology of fish in particular, but also sharks and rays will be a feature of the course. The 4 day field trip to Smiths Lake replaces many of the labs later in session. Other topics may include human impacts and possible solutions through engineering of pelagic ecosystems such as bottom-up ecosystem regulation through nutrient supply, or top-down regulation of ecosystems by sharks and other predators; removal of mid-le…

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CHEM3061: Chemistry of Materials

Independent study guidance for CHEM3061 Chemistry of Materials: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Chemistry is fundamental not just to the design of small molecules, but increasingly to the preparation of materials ranging from hard colloidal nanomaterials to soft complex macromolecular architectures. These materials have been used by humans throughout the ages: from the Lycurgus Cup of ancient Rome to natural polymers such as wool and silk. This course will explore the synthesis and characterisation of such materials, as well as the physical chemistry that underpins their behaviour both in solution and in the solid state. A particular emphasis will be placed on chemistry at the interface, the modification of surfaces, and the self-assembly of block copolymers for the preparation of nanostructures materials. Lectures and tutorials will be complemented by an integrated laboratory course involving the synthesis of gold nanoparticles and controlled radical polymers, and their combination to prepare stimuli responsive networks. A number of characterisation te…

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CLIM3001: Climate Systems Science

Independent study guidance for CLIM3001 Climate Systems Science: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course provides a thorough overview of the climate system and its scientific study. In lectures and hands-on lab sessions, the different components of the climate system – including the atmosphere, ocean, biosphere, and cryosphere – are introduced, and their complex interactions are discussed. These interactions include feedbacks between the Earth's carbon cycle, hydrological cycle, biosphere and key chemical species. The course covers the scientific study of the climate system, including observational approaches and uncertainties; statistical methods used to detect and understand environmental changes; and modelling techniques including idealised models, process models and comprehensive state-of-the-art climate and Earth system models. Students receive hands-on experience in running and interpreting results from a climate model to interrogate changes and interactions in the climate system.

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GEOS3761: Environmental Change

Independent study guidance for GEOS3761 Environmental Change: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Due to increased greenhouse gas concentration in the atmosphere, the climate is changing: heatwaves, droughts, floods are becoming more frequent and more intense, ice-mass loss from Greenland and Antarctica is accelerating and sea-level is rising. Future climate projections are derived from climate model simulations, but how are these models benchmarked? Past climate changes provide a unique opportunity to understand the climate system to better project its trajectory. This course provides an overview of past climate and environmental change and of the processes that were involved. The course is designed to be accessible to all upper level science students. GEOS3761 is delivered as a blended course: online lectures are complemented by face-to-face practicals. The course has a Moodle Discussion Forum which provides an opportunity to engage with everyone. The students will get hands-on experience with techniques to reconstruct and understand past climate change.

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GEOS3911: Environmental Impact Assessment

Independent study guidance for GEOS3911 Environmental Impact Assessment: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Environmental Impact Assessment (EIA) is an important part of environmental decision making throughout the world. This course provides students with an understanding of the Commonwealth and NSW legislative framework for EIA; guidelines for EIA; ecologically sustainable development; impact evaluation in terms of environmental and socio-economic criteria; procedures, techniques and issues in EIA; future directions. Case studies of environmental impact statements (EIS) from the physical and human environment are used throughout the course. The course is valuable for students interested in environmental management.

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MATH3041: Mathematical Modelling for Real World Systems

Independent study guidance for MATH3041 Mathematical Modelling for Real World Systems: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Should I run or walk in the rain? Why did Nelson win the Battle of Trafalgar? How will Earth’s climate evolve in the future? Mathematical Modelling for Real World Systems is both for Mathematics and Statistics majors interested in how mathematics is applied and students from other fields looking for an overview of mathematical tools with practical applications. Motivated by real world problems, the course will survey mathematical techniques for: achieving the best possible outcomes, predicting future events and dealing with uncertainties. The course will provide introductions to data fitting, discrete time systems, simulation modelling, dimensional analysis and numerical simulation and involve substantial development of differential equations and systems of differential equations. Real world applications include: - Biology (e.g. cell growth and population dynamics) - Health (e.g. drug delivery and infectious diseases); - Finance; - Envi…

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MATH3101: Computational Mathematics for Science and Engineering

Independent study guidance for MATH3101 Computational Mathematics for Science and Engineering: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Partial differential equations (PDEs) provide a natural mathematical description for many phenomena of interest in science and engineering. Such equations are often difficult or impossible to solve using purely analytical (pencil and paper) methods, especially for realistic industrial problems. This course introduces finite difference and finite element methods for elliptic and parabolic PDEs, and discusses key concepts such as stability, convergence and computational cost. Relevant techniques in numerical linear algebra are also discussed. The course includes a substantial practical component dealing with the computer implementation of the algorithms used for solving partial differential equations. This component of the course is supported by a weekly computer lab. In addition, a weekly tutorial class provides exercises on the mathematical content covered in lectures. The course is intended for students in mathematics programs,…

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MATH3161: Optimization

Independent study guidance for MATH3161 Optimization: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is an advanced level course in optimization for undergraduate students from all disciplines. Optimization is a field that develops techniques for finding the best possible choice from numerous available alternatives for a given criterion. It provides mathematical methods and numerical algorithms for solving decision-making problems in industry, commerce and scientific disciplines. Optimization methods are likely to have significant impact in many application areas of optimization, such as inventory management, energy distribution and medical treatment planning, by improving inventory controls or reducing the distribution costs or increasing the efficacy of medical treatments. Topics covered in this course include optimization modelling; convexity of sets and functions; unconstrained and constrained optimization problems; optimality and duality principles; numerical methods such as Newton, conjugate gradient and penalty methods; optimal control problems; differenti…

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MATH3191: Mathematical Optimization for Data Science

Independent study guidance for MATH3191 Mathematical Optimization for Data Science: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course provides undergraduate students with an introduction to the major mathematical ideas behind modern optimisation techniques. The course covers theoretical foundations necessary for the in-depth understanding of modern optimisation methods for data science. Through a series of lectures and tutorial classes, the optimisation methods are presented in the context of relevant applications such as the training of artificial neural networks and data classification. The methods discussed in the course include: (stochastic) gradient descent, projection and splitting techniques. The course prepares students for confident application of modern numerical methods to problems in data science and helps them build sufficient mastery of optimisation tools and techniques for designing and implementing tailored methods for solving new problems.

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MATH3231: Prediction and Inverse Modelling

Independent study guidance for MATH3231 Prediction and Inverse Modelling: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Real-world physical systems, like the ocean and atmosphere, are immensely complicated, and understanding and predicting the future behaviour of these systems is crucial for weather forecasting, marine operations, and climate science. However, our knowledge of the real world sits upon two shaky pillars: imperfect observations and incomplete models (both mathematical and computational). The mathematical discipline for merging observations and models, plus their relative uncertainties, to form a best guess estimate for the true state of a system is called inverse modelling. This course aims to provide an overview of the mathematical foundations of inverse modelling and prediction and their application to real-world systems, primarily the ocean and the atmosphere. The course covers topics in forward and inverse modelling, well-posed and overdetermined problems, calculus of variations, the generalised inverse, optimal interpolation, Bayesian data assimil…

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MATH3371: Numerical Linear Algebra

Independent study guidance for MATH3371 Numerical Linear Algebra: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course is intended for students from Science and Engineering programs with interests in mathematics, statistics, data science or numerical simulation. Algorithms from numerical linear algebra are ubiquitous in scientific and statistical software. The theoretical component of the course aims to impart an understanding of how these algorithms work as well as an appreciation of their potential limitations. To illustrate the applications of numerical linear algebra, a variety of examples from statistics, data science and applied mathematics are described. The course includes a substantial computing component providing practical experience with widely used software libraries.

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MATH3431: Number Theory

Independent study guidance for MATH3431 Number Theory: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course will cover some basic notions and techniques of number theory. The focus will be on such topics as divisibility, prime numbers, the arithmetic of residues rings, additive properties of integers and their powers and Diophantine approximations. Some applications of number theory to cryptography will be discussed as well. Students taking this course will develop an appreciation of the basic problems of number theory and will learn the interplay between number-theoretic problems and other areas of mathematics. The ability to provide logical and coherent proofs of number-theoretic results, and the ability to solve concrete number-theoretic problems will be paramount. It is planned that it will be suitable for students in both ordinary and advanced programs. It is recommended to take it together with MATH3711, which will provide students with very useful complementing knowledge and skills.

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MATH3511: Transformations, Groups and Geometry

Independent study guidance for MATH3511 Transformations, Groups and Geometry: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is a third year pure mathematics course and is suitable for all mathematics and advanced mathematics majors. The course covers Euclidean geometry, in particular the study of triangle geometry; inversion in circles; basic group theory; groups of transformations in the plane and an introduction to projective geometry. These topics are introduced in lectures and expanded upon in tutorials. Note: This course is offered in odd numbered years only.

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MATH3560: History of Mathematics

Independent study guidance for MATH3560 History of Mathematics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course brings mathematics to life as a human endeavour, influenced by the people and circumstances surrounding its discovery. This course is focused on the original motivations and reflective processes behind the familiar mathematical concepts taught in high school and University. Through study of the past, students will experience mathematics as a living and evolving subject. By the end of this course students will have a better understanding of how mathematics evolved into its present form, which is useful for researchers and teachers alike.

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MATH3611: Higher Analysis

Independent study guidance for MATH3611 Higher Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is a third-year course aimed at students completing a mathematics major or program. It is assumed that students are familiar with single and several variable calculus as taught in first and second-year mathematics courses. The central concepts of calculus are limits and continuity. These concepts can be extended to quite general situations. The simplest of these is when there is some way of measuring the distance between two objects. Some of the most important examples of these “metric spaces” occur as sets of functions, so this course looks at ways in which one might say that a sequence of functions converges. Taking these ideas one step further, we look at convergence which does not come from a generalised distance function. These are the ideas of point set topology. The course includes topics such as countability, continuity, uniform convergence and compactness, as well as normed vector spaces, which are the central object of study in functional analysis. Th…

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MATH3711: Higher Algebra

Independent study guidance for MATH3711 Higher Algebra: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: In Higher Algebra we examine some of the basic notions of modern algebra that arose in the late 19th and early 20th century. The most fundamental notion is that of a group, which is how mathematicians study symmetry. In this course groups are studied in detail both from an abstract point of view and also to study symmetry in geometry. The other important concept studied is that of a ring. The algebra of adding and multiplying matrices has many similarities with the algebra of numbers. The notion of rings generalises both these two examples. The course examines factorisation theory for certain rings. This course is one of the three core third year higher pure mathematics courses and is a pre-requisite for pure mathematics students progressing to Honours. In particular, it introduces the axiomatic language and framework that underpins modern mathematics. The delivery will primarily be through lectures with some problem solving tutorials.

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MATH3811: Statistical Inference

Independent study guidance for MATH3811 Statistical Inference: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to the field of statistical inference including the main parametric and non-parametric techniques. During seminars and tutorials a range of topics will be introduced including uniformly minimum variance estimation, Cramer-Rao inequality, Lehmann-Scheffe theorem, monotone likelihood ratio distributions and uniformly most powerful unbiased tests, generalised likelihood ratio tests, exact tests and large sample tests, Bayesian point estimation, interval estimation and hypothesis testing, robustness and bootstrap resampling, order statistics, goodness of fit, contingency tables, statistical inference based on ranks, one sample, two sample and k-sample problems, blocked data, independence and association.

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MATH3831: Statistical Methods in Social and Market Research

Independent study guidance for MATH3831 Statistical Methods in Social and Market Research: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: In this course, students will develop skills important for the design and analysis of research in the social sciences and in market research. The specific focus will be on issues related to survey sampling, and questionnaire design and analysis. By the end of this course, students will be able to identify an appropriate survey design for a particular situation, estimate the required sample sizes to achieve a given level of precision, estimate key quantities of interest (typically expressed as averages, totals or ratios), and make inferences about key quantities using their sample estimates. In addition, the course provides an opportunity to design a questionnaire suitable for answering a key research question and analyse responses to a questionnaire using a range of modern techniques. A weekly tutorial complements the recorded lecture series. This course is suited primarily for students in their third year of study in Mathematics, S…

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MATH3852: Experimental Design and Causal Inference

Independent study guidance for MATH3852 Experimental Design and Causal Inference: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course in statistics covers the design and analysis of experiments and observational studies to answer causal questions. Some examples of causal questions are: What is the reduction in mortality in cancer patients when given a new cancer drug, compared to the current standard of care? Did an increase in the minimum wage result in a change in the unemployment rate? Which website design maximises the number of users who sign up for an account on my website? Topics in the course include potential outcomes, causal estimands, and the importance of the design phase in both experiments and observational studies. Experimental design topics will include randomisation techniques, such as blocked and factorial experiments, and analysis methods, including both parametric and randomisation methods. The experimental design material relates to fields including agriculture, natural sciences, and online experiments. Causal inference topics will include…

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MATH3871: Bayesian Inference and Computation

Independent study guidance for MATH3871 Bayesian Inference and Computation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: After describing the fundamentals of Bayesian inference, this course will examine the specification of prior and posterior distributions, Bayesian decision theoretic concepts, the ideas behind Bayesian hypothesis tests, model choice and model averaging, and evaluate the capabilities of several common model types, such as hierarchical and mixture models. An important part of Bayesian inference is the requirement to numerically evaluate complex integrals on a routine basis. Accordingly this course will also introduce the ideas behind Monte Carlo integration, importance sampling, rejection sampling, Markov chain Monte Carlo samplers such as the Gibbs sampler and the Metropolis-Hastings algorithm, and use of the Stan posterior simulation software. The intended audience of this course is wide-ranging, from statistics and data science students to economics, actuarial, computer science and natural science (e.g. biology, geology, physics) students. Prior…

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MATH3901: Higher Probability and Stochastic Processes

Independent study guidance for MATH3901 Higher Probability and Stochastic Processes: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is an advanced level course in probability theory and stochastic processes for mathematics/statistics and data science students. Topics covered include rigorous definition of probability and random variables; convergence of random variables; Poisson and Wiener process, and Ito Calculus. This version of the course will require knowledge of more proofs and technical arguments than MATH3801 Probability and Stochastic Processes.

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MATH3945: Categorical Data Analysis

Independent study guidance for MATH3945 Categorical Data Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This undergraduate course provides the theoretical foundation and methodological background for the analysis of categorical response data. Through a series of lectures and labs, a range of topics will be introduced including the Bernoulli trial, the analysis of contingency tables, and generalised linear models including logistic and Poisson regression. Statistical computing is an integral part of this course. This course is jointly taught at two levels: MATH3945 is for 3rd year undergraduate students and MATH5945 for Honours & Masters students. Lectures will be conducted simultaneously for both streams, but tutorial classes and computer labs will be conducted separately for the two groups.

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MATS3001: Micromechanisms of Mechanical Behaviour of Metals

Independent study guidance for MATS3001 Micromechanisms of Mechanical Behaviour of Metals: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This Level 3 core course in Materials Science and Engineering provides students with a comprehensive understanding of the fundamental concepts that govern the micromechanical behaviour of metals and alloys, and the principles involved in designing alloy microstructures with enhanced properties and performance. The course commences with an overview of the various types of crystalline defects in metals, with a particular focus on the structure and properties of dislocations and their response to external stimuli such as stress and temperature. This is followed by a discussion of dislocation theories of strengthening through their mutual interactions (work hardening), and their interactions with key microstructural features such as solute atoms, precipitates, dispersoids, and grain boundaries. The course then covers the effects of deformation temperature and strain rate on dislocation dynamics, microstructural evolution, and mechanical…

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MATS3003: Engineering in Process Metallurgy

Independent study guidance for MATS3003 Engineering in Process Metallurgy: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is an elective course for 3rd or 4th year undergraduate students of Materials Science & Engineering focusing on the fundamentals of process and physical metallurgy principles, some of which have been introduced in 1st year (e.g., in MATS1192 ‘Design and Application of Materials in Science and Engineering’). The first part of this course focuses on traditional and modern processes required to refine iron from ores into iron and steel. Students will also learn how to describe and evaluate recent major developments in the steel industry, and how to apply this knowledge to identify areas for improvement in terms of the sustainability of these processes. The second part focuses on the physical metallurgy of simple steels before exploring the process metallurgy of specialty alloys and non-ferrous alloys. Prior knowledge of the basic principles governing processing-microstructure-property relationships of alloys will be expanded to consider various f…

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MATS3005: Phase Transformations

Independent study guidance for MATS3005 Phase Transformations: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This Level 3 core course in Materials Science and Engineering introduces students to the transformations that occur in metals, ceramics, and polymers, emphasising how these transformations can be exploited to control microstructure, thereby enhancing processability, properties, and overall performance. The course begins by addressing the limitations of phase equilibria and introducing key concepts of time, driving force, and interfaces to explain transformation mechanisms and kinetics. It builds on fundamental principles of thermodynamics, diffusion, and kinetics to describe phase nucleation and growth, overall transformation kinetics, microstructural development, non-equilibrium phase formation, and the origin of isothermal and continuous cooling transformation diagrams. The course then covers liquid-to-solid transformations, examining solidification mechanisms, cast structure development, microsegregation (and homogenisation), interface stability, single cry…

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MATS3007: Materials Industry Management

Independent study guidance for MATS3007 Materials Industry Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This Level 3 core course in Materials Science and Engineering provides students with an integrated overview of key management concepts relevant to the materials engineering profession, including project management, risk management, marketing, and career development. Professional ethics is embedded throughout, with an emphasis on workplace expectations and ethical conduct. The course begins with project management, where students learn about the project lifecycle, including planning, scheduling, reporting, stakeholder engagement and team dynamics. Students also develop a project plan relevant to the materials industry to demonstrate their ability to build a sound business case while meeting ethical and professional responsibilities in execution. This is followed by the principles of risk management, where students develop a risk management plan to accompany their project management plan. Marketing is also addressed, including market analysis and product…

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MICR3071: Environmental Microbiology

Independent study guidance for MICR3071 Environmental Microbiology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The field of Environmental Microbiology offers great potential for the development of new and innovative strategies for the management and protection of the environment. Microorganisms underpin every environment on Earth. In this course, students learn of the vital role of microbes in marine and terrestrial ecosystems by exploring the dynamic interactions that take place between microbial communities, the surroundings, and higher organisms. Course content covers key themes in contemporary environmental microbiology including microbial diversity and function, adaptation to extreme environments, and biogeochemical cycling. This course actively addresses key UN Sustainable Development Goals, including SDG13 (Climate Action), SD14 (Life Below Water), and SDG15 (Life on Land). This course also engages, values, and incorporates Indigenous Knowledge into learning outcomes. Students will gain theoretical and practical experience in the latest cutting-edge techniq…

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MSCI3001: Physical Oceanography

Independent study guidance for MSCI3001 Physical Oceanography: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The way water circulates around the oceans impacts climate variability and change, marine ecology and human society and economy. In this course, we will dive into the way the ocean works throughout our lectures, tutorials and lab-based classes. From the East Australian Current to the global conveyor belt, and from eddies to beach waves. We will cover the properties and dynamics of the ocean, how we measure the ocean, and methods for analyzing oceanographic information, applying our understanding to problems like El Nino, the great garbage patches and Global Warming. Assumed knowledge: Any 6 Units of Credit of Level I Mathematics.

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PHYS3116: Galaxies and Cosmology

Independent study guidance for PHYS3116 Galaxies and Cosmology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Data from the Hubble Space Telescope has been used to produce stunning images of other galaxies, highlighting their dramatic diversity. From massive spiral galaxies like the Milky Way to compact elliptical galaxies where star formation has long since ceased, observations of galaxies provide clues about the origins of the Universe and how it has evolved over the past 14 billion years. In this course, students will understand the structure and kinematics of the most well-studied galaxy, the Milky Way, and how it has developed over time, informed by a comparison to other galaxies over cosmic time. Students will also learn how modern astronomical surveys have transformed our understanding of the Universe and our Galaxy’s place in it. Topics to be covered include: structure and kinematics of the Milky Way, fundamental properties of galaxies, galactic chemical evolution, expansion of the Universe, star formation history and formation of galaxies, effects of galaxy…

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PSYC3121: Social Psychology

Independent study guidance for PSYC3121 Social Psychology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course provides an advanced treatment of psychological research that addresses the nature of human social dynamics. It builds upon relevant topic coverage in PSYC1001 and PSYC2061. Students are assumed to have familiarity with social psychological principles, areas of research, and methodological approaches, as covered in PSYC1001 and PSYC2061. This course provides in-depth coverage of current research as it relates to major theories and areas of study in the field of social psychology, including the nature of attraction, stereotypes and prejudice, aggression, morality and prosocial behaviour. Students will learn about the history, principles, methods, and ethics of social psychology at an advanced level. Lecture content is pre-recorded and released each week online via Moodle. Tutorials are oriented around active learning experiences designed to enhance understanding of research, methodology, and theories as covered in lectures. Online self-directed activiti…

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PSYC3341: Developmental Psychology

Independent study guidance for PSYC3341 Developmental Psychology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course deals with the scientific study of developmental change in human behaviour and thought. The main emphasis will be on development over the early part of the lifespan (infancy and childhood). The course will review current methods, findings and theories relating to developmental change in a number of key areas of cognition, perception, language, social interaction and emotion. Emphasis will be placed on contemporary theories and approaches, and recent discoveries in the field. The clinical, educational and forensic implications of these discoveries will be examined. The course will be delivered via weekly lectures and face-to-face tutorials, where there is an opportunity for students to interact with teaching staff and ask questions. Tutorials will include an opportunity for students to work collaboratively to generate a proposal for new research in the area of Developmental Psychology.

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WSCI3000: Data Science and Decisions in Practice (Bengaluru)

Independent study guidance for WSCI3000 Data Science and Decisions in Practice (Bengaluru): planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is the capstone course for the Data Science and Decisions program. The course will bring students in the three Data Science Majors together to share their knowledge, expertise and training in a way that is typical of industry. Students will attend seminars by industry representatives from Data Science industries, and students will work on group projects related to real world industry problems. The course will expose students to Data Science as it is practiced in industry. Assumed knowledge: students are assumed to have completed all Level 1 and 2 courses in the B Data Science and Decisions program before enrolling in this course, as well as a level 3 course on advanced modelling methods (WENG3007).

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AVIA4003: Aviation Honours - Full Time

Independent study guidance for AVIA4003 Aviation Honours - Full Time: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is only available to students enrolled in an Honours Program in the School of Aviation on a full-time basis and enrolment must be approved by the School’s Honours Coordinator. Students will achieve a deep understanding of a specific aspect of aviation while developing a range of skills that are highly valued in industry. Students conduct research on a topic selected by them in consultation with their supervisor and submit an independent research thesis. A series of cross-functional collaboration meetings supports the students’ development of research skills. Attendance of School colloquia and presentations builds students’ knowledge of academic and industry developments within aviation. To engage in the Honours program on a full-time basis, students will need to enrol in AVIA4003 over 3 Terms. To engage in the Honours program on a part-time basis, students will need to enrol in AVIA4004 over 6 Terms. Entry Requirements: Credit-plus (i.e., WA…

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CHEM4502: Chemistry Honours Coursework

Independent study guidance for CHEM4502 Chemistry Honours Coursework: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Chemistry Honours Project is a year-long (3 term) research project comprised of a combination of cutting edge research, skills units and theory. Over the course of 3 terms, 48 UoC are taken and this course represents 6 UoC of coursework. CHEM4502 is a premier lecture course run by the School of Chemistry. The course runs in all 3 terms offering students the selection of advanced level components. Components vary depending on the term. Over the course of the Chemistry Honours program students need to undertake 3 components. The course is only available to students enrolled in the School of Chemistry Honours Program. The School's Honours Coordinator must approve enrolment.

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CHEM4508: Chemistry Honours 8 UoC

Independent study guidance for CHEM4508 Chemistry Honours 8 UoC: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is only available to students enrolled in a School of Chemistry Honours Program and enrolment must be approved by the School’s Honours Coordinator. Students in this course undertake a two year research project (part-time) under the supervision of an academic or equivalent in the School of Chemistry. The course comprises original research, skills development and coursework. There is significant interaction between the student, supervisor(s) and the supervisor(s) research group. This course is only offered to students who would like to complete the course part-time across one year. Students are enrolled in the course over six terms (6 x 8 UoC). To undertake Honours on a full-time basis, students should enrol in CHEM4516 over three terms (3 x 16 UoC).

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MATS4001: Secondary Processing of Metals

Independent study guidance for MATS4001 Secondary Processing of Metals: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course will provide advanced knowledge in solidification, welding (emphasis on effect of welding on microstructure, HAZ etc.), fundamentals of metal working (including hot working, Zener-Hollomon parameter, dynamic recovery and recrystallization and cold working, formability, residual stresses, powder metallurgy and sintering, machining, recrystallisation phenomena. Emphasis on the effect of processing conditions on microstructure and hence properties. Common classes of magnesium alloys, copper alloys and cast irons to be taught illustrating some of the principles involved. The course will be delivered through lectures and is for students in the final years of their materials science /and engineering degrees.

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MATS4003: Process Metallurgy Advanced

Independent study guidance for MATS4003 Process Metallurgy Advanced: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Reaction rate and expressions for different reaction systems; kinetics and thermodynamics of metallurgical reactions; heat balance and mass balance of chemical reactors; batch and semibatch reactors; plug flow reactors (gas reactants in most metallurgical processes); mixed tank reactors (smelting, steel refining); catalytic reactions Heterogeneous reactions; fixed bed reactors (stack leaching processes); fluidised bed reactors (fluid bed roasting, alternative ironmaking technologies); moving bed reactors (blast furnace, Corex process). Types of metallurgical reactors, batch and continuous, plug flow and well-mixed reactors. Tracer additions. Chemical performance of a metallurgical reactor. Principles of metallurgical reactor design. Major technologies in ferrous and non-ferrous metallurgy and their development.

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MATS4017: Materials for Renewable Energy Technologies

Independent study guidance for MATS4017 Materials for Renewable Energy Technologies: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This Level 4 elective course in materials science and engineering introduces students to the materials used in devices for production and storage of sustainable and renewable energy. The course is designed to equip students with the knowledge and skills to make informed decisions about selecting and using a particular material and processing route for a given energy component or device. The course focuses on the technologies and materials used in solar, wind, nuclear and hydrogen power use and storage. Students will learn the materials requirements in relation to application demands for technologies used to generate energy from sustainable sources, including batteries, supercapacitors and clean chemical fuels. Through group activities and critical thinking exercises, students will understand how to evaluate and select optimal materials and processes for specific energy applications, based on consideration of their complex property profile…

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PHYS4141: Quantum Mechanics (Honours)

Independent study guidance for PHYS4141 Quantum Mechanics (Honours): planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: In this Honours course, students will be provided with a solid foundation needed to understand relativistic quantum mechanics, quantum electrodynamics, the standard model, and quantum information and computation. Through a series of lectures, students will explore topics such as : The spin-statistics relationship; second quantisation; angular momentum; the density matrix; relaxation and decoherence; the Klein-Gordon equation; the Dirac equation; second quantisation of the Dirac field. Students who are approved for Honours will need to enrol in this course in as part of their Honours program, alongside PHYS4142. This course constitutes 6 UoC out of a total of 24 UoC of coursework in the Physics Honours structure. There is also a total of 24 UoC of Honours research project work to be completed over the year.

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PHYS4143: Topics in Contemporary Physics

Independent study guidance for PHYS4143 Topics in Contemporary Physics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is only available to students enrolled in the School of Physics Honours Program, and the School’s Honours Coordinator must approve enrolment. Students will be offered four lecture modules and are required to take two of their choosing. The modules cover the topics of 1) general relativity; 2) quantum field theory; 3) astrophysics; and 4) quantum matter, information and computing. 1) This first course in General Relativity will provide an introduction to non-Euclidean geometry, Einstein’s equation; spherically symmetric solutions of Einstein’s equations (Schwarzschild solution), the weak field limit; Gravitational collapse, black holes; linearised gravity, gravitational waves and their production and observation; Friedmann-Lemaitre-Robertson-Walker cosmology, the standard hot Big Bang model. 2) The quantum field theory framework combines special relativity and quantum mechanics to explain the subatomic structure of matter and the physics of…

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PSYC4093: Psychology 4A

Independent study guidance for PSYC4093 Psychology 4A: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course complements PSYC4103 Psychology 4B as part of the compulsory coursework requirement of the Honours Program in Psychology. PSYC4093 is split into a core component and an elective component. The core component is taken by all students and comprises a weekly 2-hour lecture (Weeks 1-10) and 1 hour tutorial (Weeks 1-10). The core component covers (i) ethical issues for psychologists, and (ii) history and systems of psychology. The ethics section of the course deals with the principles of ethical conduct by psychologists and places emphasis on ethical issues in professional practice. It provides students with an understanding and familiarity with the regulatory and legislative framework pertaining to the practice of professional psychology. Some attention will be given to ethical issues in research. The history and systems section of the course provides ahistorical introduction to some of the enduring conceptual issues in psychology. Its aim is to clarify contem…

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AVIA5001: Law and Regulations in Aviation

Independent study guidance for AVIA5001 Law and Regulations in Aviation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The aviation industry is a highly regulated and legislated sector. In alignment with this, an aviation professional should be conversant with, and knowledgeable of, the law as it applies to the aviation industry. However, although aviation professionals are highly trained technicians or managers, their training does not necessarily include significant knowledge and skills development in the law and legal systems. In fact, most sections of the aviation industry there are no formal requirements for training in the law or legal systems. Of course, there is a myriad of rules and regulations in aviation that must be known but that does not equate to training in statutory interpretation or the like. The course provides students with the opportunity to start developing the skills needs to become an aviation professional knowledgeable in both aviation and the law through case-based learning delivered by industry experts and assessments exploring current avia…

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AVIA5004: Aviation Safety and Accident Prevention

Independent study guidance for AVIA5004 Aviation Safety and Accident Prevention: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Safety and accident prevention is an issue that encroaches upon practically every aspect of human endeavour; none more so than within the aviation industry. With advancements in accident investigation research techniques, legislative initiatives and international co-operation increasing, this area of the aviation industry has contributed enormously to the very high levels of aviation safety throughout the world. As the commercial aviation sector continues to evolve, as does its safety challenges, agility and integrity of all organisational safety systems will be key to managing these safety issues in the new operating environment. This fully online, distance education course provides an overview of the safety system of civil aviation and of the cause of organisational accidents within such complex systems through case study-based learning. The course will explore topics including human factors, crew resource management, air safety investigati…

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AVIA5006: Airport Planning

Independent study guidance for AVIA5006 Airport Planning: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: An airport is an extensive system of inter-related and finely balanced subsystems. If any of the subsystems are out of balance, airport users, airlines, aircraft operators and their passengers experience delays and inconvenience. In addition, any disruptions to the system have directly negative financial implications. To ensure optimal performance, the airport system and its subsystems need to be planned for an appropriate future time horizon. This course will provide a broad understanding of the key elements of Airport Planning and foster skills in taking a realistic view when faced with an airport planning situation, of what the process can achieve and what constraints must be considered across the various parts of aviation industry. This fully online course uses real life aviation examples and is taught by an industry expert. It explores concepts including town planning, access, obstacles, growth, and issues relating to environment, politics and ownership as air…

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AVIA5008: Air Traffic Management

Independent study guidance for AVIA5008 Air Traffic Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Air Traffic Management (ATM) is the invisible system that keeps global aviation moving — safely, efficiently, and increasingly sustainably. Every flight, from departure gate to landing, depends on a complex network of technologies, people, and decisions working in real time across the world. This course takes students inside that system. Starting with the evolution of aviation and the emergence of modern ATM, the course builds a practical understanding of how airspace is structured, how traffic flows are managed, and how controllers guide aircraft through increasingly congested skies. Students then explore the operational reality of Air Traffic Control, including separation standards, decision-making under pressure, and the challenges controllers face in dynamic environments. The course moves beyond operations to examine the human, technological, and systemic dimensions of ATM — including automation, human factors, safety management, and training concepts. It…

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AVIA5015: Safety Management Systems

Independent study guidance for AVIA5015 Safety Management Systems: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The global civil aviation system is categorised as an 'ultra-safe' transport system, and has achieved a steadily decreasing annual accident rate averaging two accidents per million departures over the past decade. The aviation industry has achieved its high levels of safety performance through a lengthy, extensive, highly regulated and crisis-ridden optimisation process, largely due to the lessons learned from incidents and accidents. Although low accident rates are a commonly used measurement of safety performance, a deficiency with this type of indicator is that over 90% of latent conditions and potential precursors to an accident are not evident or reflected in these statistics. Importantly, the absence of accidents does not provide an accurate indication of how safe a system is. Furthermore, as the air transport industry is exposed to unpredictable events rarely encountered before, such as risks associated with increasingly extreme weather, cyber-threa…

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AVIA5017: Human Factors in Transportation Safety

Independent study guidance for AVIA5017 Human Factors in Transportation Safety: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course focusses on the application of human factors in the context of transportation, and particularly transportation safety. It will consider the role that human factors play in normal operations, as well as in the tragedies that garner media attention. Most of the concepts discussed are applicable across transportation modes, and examples will be drawn from aviation, rail, maritime, road, and even space, transportation. The primary focus of the course is on commercial, rather than private, transportation. The course first presents some fundamentals of human factors and human performance. It then examines human factors issues for different elements of transportation systems: design, operation, maintenance and management.

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AVIA5022: Aircraft Accident Investigation Techniques

Independent study guidance for AVIA5022 Aircraft Accident Investigation Techniques: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The investigation of aircraft accidents and incidents is a critical component of aviation safety and an important means by which the aviation industry learns from failure. By examining the technical, operational, human, organisational, and environmental factors that contribute to occurrences, safety investigation supports the prevention of future accidents and incidents and contributes to the continuous improvement of the aviation system. This fully online course provides students with a comprehensive understanding of the principles, processes, and practice of aircraft accident and incident investigation within the wider aviation safety management context. The course examines accident investigation as a structured, evidence-based, and prevention-focused activity conducted in accordance with international standards and recommended practices, with particular emphasis on ICAO Annex 13, relevant legislation, investigative process, evidence man…

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AVIA5030: Aviation, Tourism and Sustainable Development

Independent study guidance for AVIA5030 Aviation, Tourism and Sustainable Development: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Travel and tourism are major global industries. Tourism includes a wide range of travel purposes such as business, leisure, pilgrimage, special events, and more, while air transport is a key travel mode through which these travels are enabled and stimulated. Although the interrelations of aviation and tourism seem obvious, aviation and tourism research and education have evolved in relative isolation from one another. This fully online course provides an opportunity for students to explore the relationship between these two interrelated sectors and grow a holistic understanding that can be applied to their research. As the travel industry is organised through the market economy (with consumers, producers and governments), the course begins with the basic elements of the market. Specifically, demand and supply characteristics of the tourism sector and its interrelationships with the aviation sub-sector, are reviewed, as well as the antec…

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AVIA5035: Airport Economics, Management and Policy

Independent study guidance for AVIA5035 Airport Economics, Management and Policy: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Globally, airports play a vital role in enabling cities, and regional and national economies, to compete. As part of the modern airport system, a variety of stakeholders are required to cooperate to deliver what is, in principle, a very simple product - the transfer of passengers and cargo between air and ground transport. However, the airport environment that supports this transfer is a complex economic and legal entity, which relies on a carefully managed interrelationship of processes, systems, development and operations to successfully meet its objectives. This fully online course provides students with the opportunity to work through Units that explore various key topics related to airport economics, management and policy. The Units enable students to learn core concepts in a self-paced manner and self-assess their understanding of the content through review exercises. As there is no presumed prior knowledge of airport operations and ma…

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AVIA5037: Airline Operations and Delay Management

Independent study guidance for AVIA5037 Airline Operations and Delay Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces the key aspects of airline operations and delay management, including airline ground operations (passenger facilitation and aircraft turnaround), delay data collection, analysis and modelling, airline networks, and the emerging concept of robust airline scheduling. The course is designed to provide students with practical knowledge of airline operations, coupled with the use of mathematical models for delay analysis and an examination of approaches to improving the robustness of airline scheduling in actual operations. Hence, some units in this course may include mathematical models that require additional effort in self-study. With ongoing academic guidance, virtual classroom discussions are provided to support the development of these skills. Basic statistical knowledge is ideal for this course. Students with airline operations experience may grasp the course quickly; however, prior operations experience is not essent…

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AVIA5040: Safety Risk Management

Independent study guidance for AVIA5040 Safety Risk Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course provides an introduction to safety risk management including models of incident causation, the risk management framework, and concepts of injury management and hazard control. Models for managing workplace safety are introduced as these underlie the management systems for many other risks. Students will be asked to apply risk management techniques to a range of hazards and hazardous scenarios, evaluate issues in their measurement, monitoring and risk management, and will have the opportunity to share and discuss their own experiences of managing risks. Key issues in human performance affecting the practice of modern risk management will also be considered. Students will evaluate conceptual issues surrounding a range of hazards where human interaction with systems is paramount, and consider their measurement, monitoring, and risk management strategies. Commonly employed hazard control mechanisms, which are relevant to human performance will also be…

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AVIG5912: Flying Operations 2

Independent study guidance for AVIG5912 Flying Operations 2: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is the second stage in theoretical and practical flight training for the Commercial Pilot Licence. The theoretical component is taught as four discrete subjects at Commercial Pilot level. The subjects are Aircraft General Knowledge; Operations, Performance and Flight Planning; Human Factors; and, Aerodynamics. The Civil Aviation Safety Regulations 1998 Part 61 Manual of Standards is the primary source of the course syllabus. The material is covered at a theoretical level and then integrated into practical flying. The flying training covers the night flying and instrument flying elements of the Commercial Pilot syllabus and further consolidates the skills developed previously through solo flying practice.

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AVIG5914: Flying Operations 4

Independent study guidance for AVIG5914 Flying Operations 4: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course covers the practical flying of multi-engine aeroplanes in commercial operations in all but extreme weather by day and night. The theory component completed in AVIA5913 is applied practically to the conduct of instrument flight rules flying operations. The practical training is an integrated program of synthetic trainer exercises and flights. Flights are conducted day and night, in all weather conditions (except extreme) culminating in the flight test for the issue of an Instrument Rating.

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BEES5041: Data Analysis: Environmental Science & Management

Independent study guidance for BEES5041 Data Analysis: Environmental Science & Management: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Effective data analysis allows us to generate and interpret evidence and answer questions about the natural world. We live in a data rich era, where our ability to gather relevant data is greater than ever. But how do you turn numbers into knowledge? This course develops core skills in the manipulation, statistical analysis, and communication of data. Using examples from the biological, earth, and environmental sciences and using the R programming language, students will examine the role of statistics in addressing scientific questions with different goals, including determining causes, describing variation, and predicting outcomes. Concomitantly, they will gain experience applying common methods using the R programming language. In-person practicals are supported by online lectures and discussions. Skills developed during this course will provide excellent training for all scientists, in research, government, industry, or society.…

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BEES6741: Astrobiology: Life in the Universe

Independent study guidance for BEES6741 Astrobiology: Life in the Universe: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Astrobiology studies life in the universe and chemistry, physics, biology and adaptations that influence its origin, evolution and destiny. It encompasses all the sciences, but this fully online third-level and postgraduate elective course focuses mainly on geosciences and microbiology. The three assessments are interlinked, helping the student build expertise in understanding the challenge of one of our most profound questions: Are we alone in the universe? The first two utilise purpose-built laptop delivered immersive Virtual Field Trips to hot springs and early Earth while the final assessment is enabled with a NASA question and answer session. The content is organised into a single Moodle e-book each week, each containing interlinked chapters with text, images, videos and other media. Through these electronic books and the approach to assessments, you will learn how life is strongly coupled with its environment and the implications for the sea…

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BEES9011: Essential Skills for Research Students (Post-Graduate Students Only)

Independent study guidance for BEES9011 Essential Skills for Research Students (Post-Graduate Students Only): planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course covers essential skills needed in biological, earth and environmental research and subsequent employment. Principal topics covered include presentation skills (written and oral presentations), database and library usage, information retrieval, data management, experimental design, work health and safety, scientific writing, understanding the scientific publication process and more specific research skills which may be tailored to particular interest groups. This course is specifically developed for students undertaking an MPhil HDR degree in the area of Biological, Earth and/or Environmental Sciences.

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BIOS6692: Advanced Underwater Field Ecology

Independent study guidance for BIOS6692 Advanced Underwater Field Ecology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is a field-based course offering students advanced practical training in conducting marine ecological field studies underwater. This course will facilitate learning of safe research practices in marine ecology by exposing students to a wide variety of equipment, methodologies and training. A major focus of this course will be for students to obtain the unrestricted scientific diver qualifications necessary to perform marine research under current WHS regulations. Students will gain practical experience and insight into the constraints of conducting field based research in the marine environment. This course will enable students to be registered for SCUBA diving based research at UNSW and will provide extensive boating experience. Assumed knowledge: Evolutionary and Functional Biology and BEES2041 Data Analysis for Life and Earth Sciences. Pre-requisites for this course are: Open Water Diving certification and an Occupational Dive Medica…

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CHEM7001: Chemical Safety & Legislation

Independent study guidance for CHEM7001 Chemical Safety & Legislation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: An understanding of workplace safety issues is important for anyone pursuing a career in the chemical industry. This course explores the legal frameworks, current methodologies and issues of best practice in the risk minimisation and management of workplace hazards. The subject uses a variety of media in online delivery of course materials and assessment, including recorded lectures, websites, videos and documented case studies. It is anticipated that students will gain an appreciation of current legislation and codes of practice, identify different types of chemical workplace hazards and be able to apply risk management to workplace hazards.

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CLIM9002: Risks and Impacts of a Changing Climate

Independent study guidance for CLIM9002 Risks and Impacts of a Changing Climate: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: As global temperatures near 1.5°C above pre-industrial levels and track towards 2°C, broad sectors across government, non-government and industry must consider and plan for climate change impacts. This course will present the essentials of understanding and managing climate risk. Material will be presented in a manner that is accessible to students from all backgrounds and disciplines, demonstrating how climate risk may manifest as a challenge in a wide range of sectors (e.g. built environment, engineering, business, health, law, economics and policy). We aim to provide a fundamental understanding that will inform students within their own speciality and to engage them in an emerging issue that will be critical to their long-term employability in business, industry or government. The course material is presented entirely online giving you flexibility in when to engage with the course (noting deadlines for assessment tasks). There are also onl…

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DATA5002: Data Visualisation

Independent study guidance for DATA5002 Data Visualisation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces students to data visualisation in the areas of statistical analysis and data science. Students will learn how to make their own effective and impactful visualisations using software tools including R. There will be a strong focus on developing the skill of data storytelling: combining data, its visualisation, and a narrative to create a powerful story to drive change. Key topics include visualisation for exploratory and statistical data analysis and interactive visualisations such as dashboards.

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GENS5013: Managing Safety and Risk at Work

Independent study guidance for GENS5013 Managing Safety and Risk at Work: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The ways in which work can affect people's health, safety and well-being are important considerations for all organisations. Accordingly, an understanding of workplace safety issues is important for students pursuing careers in any industry. This course explores current methodologies, frameworks and issues of best practice in the prevention and management of workplace hazards. The course uses a variety of media for course material and assessment, including websites, videos and case studies, and builds on students’ own workplace experiences. It is anticipated that students will gain an appreciation of current legislation and codes of practice, identify different types of workplace hazards and understand how they can affect people; and be able to apply the risk management approach to workplace hazards. Important notes: This course has two course codes: GENS5013 and AVIA3013. Some students will be enrolled in GENS5013, while others will be enrolled in…

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MATH5171: Linear and Discrete Optimization Modelling

Independent study guidance for MATH5171 Linear and Discrete Optimization Modelling: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is an advanced-level mathematical course in linear, conic and discrete optimization for postgraduate students from all disciplines. Optimization is the mathematical problem of finding a decision to achieve the best possible outcome while satisfying certain restrictions. Linear optimization, conic linear optimization and discrete optimization problems are basic building blocks of optimization. They arise in a myriad of applications: electricity markets, airlines, logistics, public transport, international shipping, mining, finance, engineering, and data science. The course includes lectures and tutorials covering topics such as basic mathematical theory, modelling techniques, computational methods and selected applications of linear, conic and discrete optimization. The assessments will be different for this PG version (MATH5171) compared to the UG version (MATH3171).

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MATH5201: Dynamical Systems and Chaos

Independent study guidance for MATH5201 Dynamical Systems and Chaos: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Many nonlinear systems do not have explicit solutions. The dynamical systems approach shifts the focus from finding explicit solutions to discovering geometric properties of solutions. It also recognises that even a small amount of nonlinearity in a physical system can be responsible for very complicated chaotic behaviour. During lectures and tutorials, students will learn the fundamentals of dynamical systems in discrete-time maps and continuous-time ODEs, allowing them to analyse the local and global behaviour of dynamical systems. Students will also learn how to analyse time series data using nonlinear tools and build appropriate predictive models.

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MATH5305: Computational Mathematics for Science and Engineering

Independent study guidance for MATH5305 Computational Mathematics for Science and Engineering: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Partial differential equations (PDEs) provide a natural mathematical description for many phenomena of interest in science and engineering. Such equations are often difficult or impossible to solve using purely analytical (pencil and paper) methods, especially for realistic industrial problems. This course introduces finite difference and finite element methods for elliptic and parabolic PDEs, and discusses key concepts such as stability, convergence and computational cost. Relevant techniques in numerical linear algebra are also discussed. The course includes a substantial practical component dealing with the computer implementation of the algorithms used for solving partial differential equations. This component of the course is supported by a weekly computer lab. In addition, a weekly tutorial class provides exercises on the mathematical content covered in lectures. The course is intended for students in mathematics programs,…

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MATH5361: Stochastic Differential Equations: Theory, Applications, and Numerical Methods

Independent study guidance for MATH5361 Stochastic Differential Equations: Theory, Applications, and Numerical Methods: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Stochastic differential equation models play a prominent role in a range of application areas, including biology, chemistry, epidemiology, mechanics, microelectronics, economics, and finance. This course covers the theory and applications of stochastic differential equations, the design and implementation on computers of numerical methods for solving these practical mathematical equations. The course will start with a background knowledge of random variables, Brownian motion, and Ornstein-Uhlenbeck process. Other topics studied include: stochastic integrals, the Euler-Maruyama method, Milstein, higher order method, stability and convergence. In addition to lectures, the distinct tutorial and lab classes will give students the opportunity to work on both mathematical exercises and computing problems.

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MATH5425: Graph Theory

Independent study guidance for MATH5425 Graph Theory: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Graphs are fundamental objects in combinatorics, which can be used to model the relationships between the members of a network or system. They have many applications in areas such as computer science, statistical physics and computational biology. Specifically, a graph consists of a set of vertices and a set of edges, where an edge is an unordered pair of distinct vertices. This course is designed for Honours and postgraduate Mathematics students. Through a series of seminars and tutorials, students explore various aspects of graph theory, including: matchings, coverings and packings, connectivity, graph colourings, planar graphs, extremal graphs and Ramsey theory, the probabilistic method, random graphs. There is an emphasis on proof in this course. Note : Course not offered every year - contact School for more information.

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MATH5605: Functional Analysis

Independent study guidance for MATH5605 Functional Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course is an introduction to functional analysis. It is a proof-based course covering abstract topological vector spaces before specialising to Banach spaces (complete normed spaces). Students will prove several key results due to Banach and its school. The course also by considers Hilbert spaces and decomposing compact operators acting on them. This course is lecture based, with tutorials every week.

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MATH5665: Algebraic Topology

Independent study guidance for MATH5665 Algebraic Topology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces Algebraic Topology, one of the most vibrant subjects of late nineteenth-century and twentieth-century mathematics, with important applications to physics, differential geometry, algebraic geometry and analysis, increasingly also to chemistry, biology and other sciences. You will learn and apply notions of category theory like functors and natural transformations, of homotopy theory as well as notions of homological algebra like homology studied in the particular case of complexes obtained from arbitrary topological spaces. Tutorials will discuss problems that will enhance the understanding acquired in the lectures. This course is suited to students who have successfully completed both MATH3711 (Algebra) and MATH3701 (Differential Geometry and Topology), and are looking to expand on their knowledge from these courses.

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MATH5705: Modern Analysis

Independent study guidance for MATH5705 Modern Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is a Masters course aimed at students completing a mathematics major or program. It is assumed that students are familiar with single and several variable calculus as taught in first and second year mathematics courses. The central concepts of calculus are limits and continuity. These concepts can be extended to quite general situations. The simplest of these is when there is some way of measuring the distance between two objects. Some of the most important examples of these “metric spaces” occur as sets of functions, so this course looks at ways in which one might say that a sequence of functions converges. Taking these ideas one step further, we look at convergence which does not come from a generalised distance function. These are the ideas of point set topology. The course includes topics such as countability, continuity, uniform convergence and compactness, as well as normed vector spaces, which are the central object of study in functional analysis. The c…

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MATH5715: Harmonic Analysis

Independent study guidance for MATH5715 Harmonic Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This postgraduate course introduces students to Harmonic analysis. Harmonic Analysis studies functions and measures defined on topological groups (such as the real numbers, the integers or the unit circle). Through a series of lectures and tutorials, topics will be chosen from convergence of Fourier integrals, maximal functions. The course is not offered each year. Please contact the School for further details. .

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MATH5735: Modules and Representation Theory

Independent study guidance for MATH5735 Modules and Representation Theory: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Performing linear algebra over a ring of scalars instead of a field leads to the notion of a module. The theory of modules is surprisingly subtle and has many applications, not only to other parts of mathematics but also to mathematical physics. This course focuses on the theory of modules over principal ideal domains and over semisimple rings. The first has applications to linear algebra. The second has applications to group representations which is essential to the study of symmetry. Topics include modules, modules over a principal ideal domain, group representations.

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MATH5816: Continuous Time Financial Modelling

Independent study guidance for MATH5816 Continuous Time Financial Modelling: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This postgraduate course focuses on the continuous-time modelling of financial markets. The main goal of the course is a detailed study of the classical Black-Scholes options pricing model and extensions. The notion of a continuously rebalanced trading strategy is introduced, and the arbitrage-free and completeness properties of a financial market model are examined. The course also introduces and studies the concepts of historical, implied and stochastic volatilities. We study contingent claims of American, Asian, barrier style in the Black-Scholes model. In the final part of the course, alternative models to pricing contingent claims in continuous time are explored.

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MATH5826: Statistical Methods in Epidemiology

Independent study guidance for MATH5826 Statistical Methods in Epidemiology: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Epidemiology is the study of factors that impact on the occurrence and outcome of diseases in human populations. The course introduces the main statistical concepts, methods and models used in the design and analysis of epidemiological studies. Extensive use of statistical computing and analysis of real datasets is an essential part of this course.

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MATH5836: Data and Machine Learning

Independent study guidance for MATH5836 Data and Machine Learning: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: A wide range of statistical methods and computational tools have been developed in the past few decades to gather information from data. This postgraduate course covers the key techniques in data mining and machine learning with theoretical background and applications, delivered through a series of lectures and tutorials.The topics include methods such as linear and logistic regression, neural networks, Bayesian neural networks, clustering and dimensionality reduction, ensemble learning, and an introduction to deep learning. Emerging machine learning tools and libraries are used to illustrate the methods in programming environments that include Python and R.

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MATH5846: Introduction to Probability and Stochastic Processes

Independent study guidance for MATH5846 Introduction to Probability and Stochastic Processes: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course covers probabilistic concepts which are necessary to study various complex phenomena arising in Engineering, Biology, Medicine and Economics. This course introduces basic concepts which are needed to analyse different phenomena. In particular, we discuss the concepts of random events, random variables, structures of dependence, computation of probabilities using the Central Limit Theorem, simple Markov chains, and Brownian motion.

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MATH5855: Multivariate Analysis

Independent study guidance for MATH5855 Multivariate Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The course gives a methodological background in multivariate analysis as a backbone of Applied Statistics. It introduces multivariate techniques including principal component analysis; canonical correlation analysis; cluster analysis; factor analysis and discriminant analysis. Computing and data analysis features prominently in this course.

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MATH5885: Longitudinal Data Analysis

Independent study guidance for MATH5885 Longitudinal Data Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course focuses on modelling response profiles over time, whilst accounting for the correlation that will typically exist between measurements taken on the same individual and the variability between individual response profiles. MATH5885 brings together multivariate regression modelling, time series modelling and random effects modelling for continuous and discrete valued response measurements and aims to enhance a student’s capacity to analyze and understand large, complex data sets. The focus will be on applications to biomedical studies, but the ideas have a wider application, for example, to panel studies that arise in market research and social surveys.

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MATH5901: Stochastic Processes

Independent study guidance for MATH5901 Stochastic Processes: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This is an advanced level postgraduate course in probability theory and stochastic processes for mathematics/statistics and data science students. Topics covered include rigorous definition of probability and random variables; convergence of random variables; Poisson and Wiener process, and Ito Calculus.

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MATH5916: Survival Analysis

Independent study guidance for MATH5916 Survival Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Survival analysis is the analysis of data representing the time to occurrence of a certain event or endpoint (time-to-event data). This course introduces the special features of time-to-event data and explores methods and models available to deal with them. Extensive use will be made of the computer methods in analysing real datasets.

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MATH5960: Bayesian Inference and Computation

Independent study guidance for MATH5960 Bayesian Inference and Computation: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: After describing the fundamentals of Bayesian inference, this course will examine the specification of prior and posterior distributions, Bayesian decision theoretic concepts, the ideas behind Bayesian hypothesis tests, model choice and model averaging, and evaluate the capabilities of several common model types, such as hierarchical and mixture models. An important part of Bayesian inference is the requirement to numerically evaluate complex integrals on a routine basis. Accordingly this course will also introduce the ideas behind Monte Carlo integration, importance sampling, rejection sampling, Markov chain Monte Carlo samplers such as the Gibbs sampler and the Metropolis-Hastings algorithm, and use of the Stan posterior simulation software. The intended audience of this course is wide-ranging, from statistics and data science students to economics, actuarial, computer science and natural science (e.g. biology, geology, physics) students. Prior…

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MATH5975: Introduction to Stochastic Analysis

Independent study guidance for MATH5975 Introduction to Stochastic Analysis: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: Modern theory of financial markets relies on advanced mathematical statistical methods that are used to model, forecast and manage risk in complex financial transactions. After the publication in 1973 of the ground-breaking paper of Black and Scholes on the arbitrage pricing of European call options, Stochastic Analysis became an indispensable tool for the theory of financial markets, derivation of prices of standard and exotic options and other derivative securities, hedging-related financial risk, as well as managing the interest rate risk. This is a postgraduate level course in which you will learn the basic concepts and techniques of Stochastic Analysis, such as Brownian motion, Ito stochastic integral, Ito's formula, changes of measures, stochastic differential equations and their relations to second-order partial differential equations, and Feynman-Kac formula.

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MATH6781: Biomathematics

Independent study guidance for MATH6781 Biomathematics: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: This course introduces mathematical modelling and data analysis for biological and biomedical systems. The course is suitable for students with an interest in the real-world application of differential equation modelling. Examples of the biological systems studied in the course include: population dynamics, the spread of infectious diseases, drug delivery and metabolism, biochemical reactions, the formation of animal coat patterns, and the growth of tumours. The emphasis in this course is on the development of the governing model equations, and on the analysis and interpretation of the model solutions. Methods for computer simulation of the model equations will be demonstrated but students’ knowledge of these methods will not be assessed in the course. In addition to lectures, the course will feature tutorials and workshops. Weekly tutorials require the class to solve a series of mathematical problems that build upon the lecture material. Workshops (several during th…

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MATS6001: Fundamentals of Materials Processing

Independent study guidance for MATS6001 Fundamentals of Materials Processing: planning, reading, research, structure, and improving your own work. UnswAssignmentHelp.com is independent and not affiliated with UNSW. Official course summary: The first section of this course includes an introduction to processing of inorganic materials, semiconductor processing, single crystal growth of Si, GaAs, carbon-based material, thin film processing (physical and chemical vapour deposition), sputtering and pulse laser deposition methods. It shall also cover advanced nanostructures such as nanoparticles, nanowires, nanotubes, wet chemical production methods, electro-less and electrochemical production methods. In addition, this section will cover sustainable materials processing of waste plastic, electronics waste processing and sustainable iron and Steel making. Course material covered in the second section includes secondary metals processing such as fixed and continuous casting processes including sand-box casting, investment casting, die-casting, slab and twin-roll strip-casting; metal billet and sheet rolling; tube and bar extrusion; forging techniques; Soldering, Brazing and Welding, Subt…

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