Bachelor of Computer Science

at University of Wollongong - Wollongong Campus Australia

Utilise sophisticated mathematical and statistical modeling to solve real-world problems and gain an edge over your competition with the Master of Mathematical Sciences (Financial Mathematics) at UOW. You will develop the practical skills necessary to be a leader in the formulation, implementation and evaluation of the models used to structure transactions, manage risk and construct investment strategies.

This Degree
The Master of Mathematical Sciences (Financial Mathematics) will equip you with a range of analytic, modeling, statistical and computational skills that can be applied directly to the financial sector, as well as the broader business landscape.

What you will study
In your first year, you will study core preparation and foundational subjects in areas such as multivariate and vectoir calculus, differential equations, statistical inference and model building, and managerial finance. From your second year, you will also study advanced topics and investigations in these areas, as well as having the opportunity to complete cross-disciplinary subjects in other fields where mathematics and statistics are critical, such as engineering, health, and computer science. You will also complete a research or coursework-focused capstone subject.

Use real-life data to solve real-world problems with UOW's Master of Mathematical Sciences (Applied Statistics). Statisticians gain practical insights from complex data sets, and clearly articulate and graphically represent these findings to a range of audiences.

Applied Statistics uses mathematical concepts and methods to develop scientific experiments, sample surveys, medical clinical trials and environmental studies. It uses mathematical models of variation to enable analysis and forecasting in many industries.

This Degree
Through this degree, you will be equipped with essential skills that will be applicable across a range of industries: problem-solving, mathematical and statistical modeling, experimental design, and the ability to organise, analyse and interpret large data sets.

What you will study
In your first year, you will study core preparation and foundational subjects in mathematics and statistics. From your second year, you will also study advanced topics and investigations in these areas, as well as having the opportunity to complete cross-disciplinary subjects in other fields where mathematics and statistics are critical, such as finance, engineering, health, and computer science. You will also complete a research or coursework-focused capstone subject.

The Bachelor of Medical and Radiation Physics Advanced (Honours) degree is designed to produce graduates with the specialist skills necessary to find employment in hospital radiation oncology and nuclear medicine departments, in academic institutions or industry.

Advanced Medical and Radiation Physics degree graduates have a very strong background in physics as well as specialist theoretical, practical and programming skills in radiation medicine that are necessary to find employment in hospitals, research laboratories or related industries. There is also an additional focus on cutting-edge research and development opportunities throughout the degree.

Professional medical physicists from major hospitals in NSW will deliver key lectures and practical work as well as co-supervising thesis work. Students will find that they will move easily into employment and/or postgraduate work in this specialised area.

This degree
The Honours year is entirely devoted to Medical Physics topics. It has a substantial 24-credit point research component, which is carried out in collaboration with community, local, state or federal organisations. This research project is supported by three special subjects that deal with the major activities of a Medical Radiation Physicist: Medical Imaging; Nuclear Medicine; Radiobiology and Radiation Protection.

The course is underpinned by the success of the Centre for Medical Radiation Physics within the Faculty's School of Physics. You will benefit from the strong collaborative links in research and development that staff have with local and international companies and leading medical radiation physics institutions.

These include:

• USA: Brookhaven National Laboratory, MIT, Harvard School of Medicine Francis H .Burr Proton Therapy Beam Centre (MGH), Loma Linda University Medical Centre, Memorial Sloan Kettering Cancer Centre, Stanford University (SLAC), Montefiore Medical Centre Albert Einstein College of Medicine (AECM).
• Japan: KEK, Tsukuba Proton Therapy Centre, NIRS, Hitachi
• Europe: SPA 'BIT', Institute for Scintillating Materials (Ukraine), SINTEF (Norway), CERN, (Swit-zerland), European Synchrotron Radiation Facility, (France), PTB, Heidelberg Heavy Ion Therapy and Ludwig Maximilian University of Munich (Germany)
• Australia: ANSTO, CSIRO, Optical Fibre CRC, Insight Oceania Pty Ltd, Hitachi Australia, Siemens, Varian.

What you will study
You will study radiation interactions, dosimetry, detectors and instrument design related to medical physics, health physics, nuclear physics, radiation safety, and accelerator and reactor physics. Computer programming related to cancer treatment planning, particle transport and medical imaging.

If you continue your studies to an Honours or Master degree, you will learn about Nuclear Medicine, Radiobiology and Radiation Protection in hospitals.

Eating well is central to supporting growth and development, preventing chronic disease, and general vitality at all stages of life. Nutrition is the science of how the foods we eat affect our health. Nutritionists are scientists who attain, maintain and promote the health of the public through nutrition research, communication of nutrition information or public health forums. Dietitians are specialist nutritionists who, in addition to these research and public health roles, are accredited to work with individuals and groups to help improve their health outcomes and quality of life. This occurs in settings such as the community, hospitals, private practice, research and food service.

The Bachelor of Nutrition Science provides a strong grounding in areas including nutrition science, food chemistry, biochemistry, and metabolism, as well as training in nutrition research. You will be able to apply your knowledge to a range of community settings. These include working with organisations and industries to create better nutritional standards and policies, undertaking research, and working with communities to support health through improved nutrition. The program is designed to meet the prerequisite requirements for admission into the Master of Nutrition and Dietetics, which is required to be eligible for the credential of Accredited Practising Dietitian.

You will study the building blocks of nutrition: biochemistry, nutritional epidemiology, public health nutrition and physiology. You will explore the role of nutrients in the regulation of enzymes and metabolic pathways through to food sources of nutrients and food production. You will also consider nutrition education in the community, including the effects of food and nutrition policy on health.

The Bachelor of Computer Science (Dean's Scholar) offers a challenging and enriched educational experience for high-achieving students who want to perform above the level normally expected. As a Dean's Scholar student you will also be encouraged to continue your studies through the completion of Honours and research programs.

This degree
Computer scientists focus on computation and its applications, designing methods, tools and writing programs for computer applications. These applications can be in areas such as computer systems to control machinery, information management and big data, applications for mobile devices, stock market trend analysis, game design, visualisation of chemical reactions, neural network design, computational geometry for robot navigation, patient monitoring in hospitals, and much more.

You will be able to choose your major in your second year after studying a common core of subjects that links our computer science, IT and information systems degrees. Find your strengths and interests as you study the fundamentals of computer science and IT: programming, problem solving, network and communications, web technology, data management, system analysis, human–computer interaction, and project management. You’ll also complete a final-year capstone team project.

What you will study
You will complete the normal course requirements for the degree, and receive special privileges as you study, such as the opportunity to complete a research project and direct access to academic mentoring. Places are limited each year. Current students who have achieved a weighted average mark (WAM) of 80 at the end of one year of full-time study in a relevant degree may apply to transfer to the Dean's Scholar degree.

Mathematics is the basis for successful decision-making and problem-solving independent of sector or industry. Mathematical and statistical models help us analyse information and forecast results in economics, finance, medicine and industrial processes. This analysis helps governments and businesses understand the factors behind important decisions.

This degree
The Bachelor of Mathematics will teach you highly transferable skills in problem-solving, data analysis, probability and variability, mathematical modelling, logistics and logic. The degree is flexible, and allows you to take subjects from other study areas to expand your career options; you can also choose to study a major in Applied Statistics, Applied Mathematics or Pure Mathematics.

Other opportunities include scholarships from corporate partners, summer scholarships and undergraduate research projects with academic staff, access to programs offered by the Australian Mathematical Sciences Institute (AMSI) and inter-university courses via our Access Grid Room.

What you will study
During this degree you will study subjects in applied mathematics, pure mathematics, and statistics; giving you the quantitative skills that are in demand across all industries. The content covered in this degree also serves as initial preparation for employment as a professional mathematician. You will gain problem-solving, critical thinking and analytical skills that are in demand across all government and private sectors.

The Master of Engineering Science (Computer Engineering) is designed for engineers and graduates who wish to gain an advanced understanding at the master level of their current area of expertise in the field. As a graduate of this degree, you will have discipline specific knowledge and technical skills in the design and development of hardware and embedded systems, and develop specialist skills needed to lead a process of innovative change within the sector.

What you will study

You will study a core of key engineering subjects in Advanced Signals and Systems, Advanced Laboratory and Project, and choose subjects in your chosen field of computer, electrical or telecommunications engineering. A research component ensures that you enhance your analytical and practical skills.

For the computer engineering major you will study image and video processing, internet networking protocols and two advanced/technical computer engineering subjects from the Master list.

This degree

The Master of Engineering Science will provide you with the opportunity to further develop their technical knowledge in the disciplines of computer, electrical or telecommunications engineering, and the ability to analyse and solve engineering problems, and communicate these outcomes to other professionals.

The Master of Business allows you to be the Master of your degree, choosing the subjects that are of most interest to you and of most relevance to your career. You will be equipped with fundamental business knowledge and skills through a set of core subjects, as well as a research capstone.

Graduates of the Master of Business will have knowledge across a broad range of business areas that will allow you to move into a variety of business careers.

Public Relations (PR) is about managing information between organisations and stakeholders, individuals and the public, or a combination of these. The key is effective communication and the strategic way this information is planned and executed. Public Relations can create goodwill and a favourable public image that helps shape and maintain the reputation of an organisation, event or person.

This degree
You will undertake a foundation year that covers all core disciplines of business, giving you a solid understanding of issues facing organisations today. From your second year, you will begin your major in Public Relations. If you enjoy writing and communications then the PR major may be right for you with roles such as media relations executive, digital communication consultant, public relations manager, communications manager, events coordinator, social media manager or corporate communications specialist.

You will gain real experience, with real clients to develop the skills that are required in the PR workforce. During your degree you will execute a PR campaign with your peers for a not-for-profit organisation; past organisations include St John Ambulance NSW and In2Uni.

You will also undertake a final-year capstone subject that lets you apply everything you have learned in collaboration with students from other disciplines. Plus, you have the option of applying for an internship to gain valuable experience whilst receiving credit towards your degree.

What you will study
The degree covers a variety of subjects, including business communication, PR concepts, PR writing, advertising and creative strategies, digital marketing, corporate identity and branding, marketing communications, and creative PR campaigns. You will learn how to communicate effectively with internal and external stakeholders using a range of media. You will also learn how to evaluate the cultural and organisational contexts, key trends and ethical issues influencing contemporary PR, and be able to critically evaluate the role of PR in society and organisations. Working with some of Australia's largest public relations companies, you will be able to see firsthand where your career could take you.

People are an organisation's most valuable resource. Human Resource Management (HRM) is concerned with finding the right staff for an organisation and having employed them, nurturing them so that they want to stay and perform to the best of their abilities. Rather than solely focusing on the bottom line, HRM also focuses on motivational factors, employee health and wellbeing, human rights, ethics, and the impact of responsible management on society.

This degree
You will undertake a foundation year that covers all core disciplines of business, giving you a solid understanding of issues facing organisations today. From your second year, you will begin your major in Human Resource Management. This major will teach you about the people side of business operations by gaining an understanding of Human Resource Management theories and practices. Careers in HRM include HR manager, HR consultant, industrial officer, recruitment manager, training management, safety manager and career development manager.

You will also undertake a final-year capstone subject that lets you apply everything you have learned in collaboration with students from other disciplines. Plus, you have the option of applying for an internship to gain valuable experience whilst receiving credit towards your degree.

What you will study
Specific focus is placed on the acquisition and development of employees, positively influencing their employment performance, and monitoring and managing the processes of staff selection, retention and turnover. HRM examines specific people management practices such as recruitment and selection, organisational behaviour, employee relations, management of change, learning and development and workplace health and safety management.