Bachelor of Nutrition and Food Sciences

at University of South Australia - City East Campus Australia

Radiation Therapists work alongside Radiation Oncologists and Medical Physicists to plan and deliver radiation treatment, primarily to cancer patients. Using dedicated radiotherapy treatment planning software, Radiation Therapists model radiation dose and operate radiation equipment to accurately deliver high energy ionising radiation treatments.

What you'll learn

Using dedicated radiotherapy treatment planning software, Radiation Therapists model radiation doses and operate radiation equipment to accurately deliver high energy ionising radiation treatments. You’ll learn these techniques and practices through this degree.

During your first year, you’ll focus on basic sciences at the core of the study and practice of medical radiation science. The curriculum covers anatomy, physiology, pathology and radiation physics. These core subjects offer an introduction to medical radiation and the scientific principles surrounding it.

Applying these concepts to professional practice occurs through clinical placements, which begin in your second year and continue through third and fourth years.

Modern construction is a complex, innovative and highly-organised commercial industry, increasingly influenced by technology and environmental considerations – including green and smart building practices – making construction a dynamic and exciting industry to work in.

What you'll learn

You will study core areas of construction including law, management, communication, and materials and business, and use digital tools for data driven decision making and productivity. These will give you an excellent understanding of the role of a construction professional.

You’ll also study more complex fields such as quantity surveying, building surveying, contract administration, development regulation, development economics and fire engineering.

You will graduate career ready, with the Professional Practice Program offering the opportunity to apply the knowledge and skills learnt throughout your studies in real-world settings.

Pharmaceutical scientists are experts in the chemistry, biology, and biotechnology required to design and develop medicines. UniSA’s Bachelor of Pharmaceutical Science is the only degree of its kind in South Australia, equipping you with skills which are globally relevant.

What you'll learn
This degree places a unique emphasis on the development and commercialisation of a range of pharmaceutical products, such as injections, tablets, creams and ointments.

In your first year you’ll develop an understanding of basic sciences. You’ll learn about career development and factors influencing the pharmaceutical industry domestically and internationally.

During the second and third years you’ll focus on:

• Pharmaceutical sciences (including formulation)
• Pharmacology and pharmacokinetics
• Drug discovery, development and commercialisation

You’ll also get the opportunity to fine-tune your study to your own personal interests and career aspirations when you choose from a range of specialist courses during your final two years.

You may choose to specialise in areas such as:

• Research and development (including drug discovery)
• Manufacturing and pharmaceutical chemistry (including quality control)
• Drug development (including clinical trials)
• Business (including sales, marketing, legal, regulatory and drug information)

This unique degree offers practice-based and theoretical learning to ensure you’re primed for a healthy career.

During the first two years you’ll explore both nutrition and food science topics, gaining a strong understanding of the key elements of each. You’ll complete group work and research on topics, including environmentally sustainable food practice, in the sensory lab. You’ll get to analyse micro-organisms and explore key topics like food contamination in the microbiology lab. 

Your knowledge will be developed in:

• Biology
• Chemistry
• Health in our society
• Human and lifespan nutrition
• Biochemistry
• Physiology
• The chemistry of food
• Food quality and safety
• Relationships between food bioactives and health
• Consumer education
• Influences of the senses on consumer food choice
• Food sustainability

In your third year you’ll specialise in either a nutrition or food science stream.

If you choose nutrition, you’ll get to develop:

• Essential communication skills across a variety of platforms
• Skills to promote good health through food and nutrition in the community
• Dietary and exercise plans to manage weight
• Nutrition for sports, exercise and activity
• Sustainable nutrition choices

If you choose food science, you’ll focus on:

• Food microbiology
• Quality assurance in food processing and manufacturing
• Developing safe, nutritionally and environmentally sound foods for the marketplace
• Food and beverage fermentation

This honour's degree is for students who have successfully completed a relevant bachelor’s degree in biomedical science, pharmacy, pharmaceutical science, nutrition and food sciences, natural sciences or laboratory medicine.

You’ll develop and extend your research skills and specialist knowledge. The intensive research experience you’ll get from the Bachelor of Biomedical Research (Honours) will confidently prepare you for a career in research or further studies, such as a PhD.

What you'll learn

You’ll have the opportunity to work closely with researchers and contribute to the development of knowledge in your area of specialisation. You’ll learn transferable skills such as research training, reporting, communication and presentation skills, data analysis and high-level project management skills.

During the first six months you’ll explore research methodologies, research hypotheses and proposals. You’ll also gain an awareness of ethical research practice.

During the final six months you’ll be required to analyse, understand and contextualise your research results. You’ll then prepare a written thesis and present your findings during a research seminar.
 

In the new Bachelor of Biomedical Science, you’ll explore the complex world of human health and disease under the guidance of industry experts.

In this three-year program, immerse yourself in biomedical research and gain skills to be used in clinical trials. Develop advanced knowledge in physiology, biochemistry, immunology, pharmacology, molecular biology, genomics and bioinformatics. You’ll get to learn alongside internationally-recognised researchers in cancer biology, vaccine development, genetics and neuroscience.

What you'll learn
Along with fundamental knowledge in biomedical sciences, you can choose pathways into further study in biomedical research and other health professions. Throughout your degree, you’ll:

• Explore the complex world of human health and disease.
• Learn advanced skills in biochemistry, immunology, genetics, pharmacology, cancer biology.
• Learn skills which can be applied to clinical trials research.
• Study core courses in chemistry, biology and anatomy, and develop advanced knowledge in physiology, biochemistry, immunology, pharmacology, molecular biology, genomics and bioinformatics.
• Benefit from a flexible learning environment with face-to-face and online courses.
• Gain research experience, which forms a great foundation for pathways in bioinformatics, genomics, and clinical trials.

This unique program will equip you with the knowledge and skills to effectively manage projects and contracts within the Australian legal framework. The skills you learn from this specialist area pair well with the advanced knowledge and skills you will gain in project, program and portfolio management.

Project management is a highly valued discipline, with demand increasing for individuals with project management skills in the Australian workforce¹. Many industries rely on specialist project and program professionals with excellent practical skills and advanced knowledge to plan and deliver projects on time, within budget, objectives, specifications, and outcomes that ultimately deliver value to their organisation and stakeholders.

What you'll learn

Throughout the course, you will gain technical skills and professional knowledge to apply project management methodology, tools and techniques, and strategic expertise necessary for managing complex projects across various industries. The program will prepare you to take charge and lead projects from inception to commissioning, and offer knowledge-based solutions to drive a successful completion. The project management thesis provides an opportunity for students to undertake a practical research project that can focus on an issue within a specialised area or workplace.

This master’s degree is for qualified Physiotherapists who want to gain advanced clinical skills and knowledge in the prominent field of sports physiotherapy.

This degree accelerates your skills with an advanced qualification in sports physiotherapy practice, enhancing your sports specific knowledge, reasoning and clinical skills for future work with sporting organisations and in private practice.

Many of our sports physiotherapy graduates work at amateur, elite, national and international levels in a wide range of sports including Australian Rules Football, soccer, tennis, netball, gymnastics, swimming, water polo, dance, circus or acrobatics, skiing, Paralympic sports, softball, baseball, basketball and cricket.

What you'll learn

Sports Physiotherapists assess and treat sports and other injuries in field and outpatient settings. They need quick decision-making skills to triage injuries during events; perform pre-season screening; and develop injury prevention strategies for teams and individuals. When traveling with sports teams, the Sports Physiotherapist needs management, organization, and leadership skills.

What you'll learn

Nuclear medicine technologists need to know how to confidently prepare and administer radioactive substances (radiopharmaceuticals), to evaluate the function of an organ or body system and diagnose and/or treat diseases. Throughout your degree, you’ll learn how to work with radioactive substances, and complement your clinical skills with valuable interpersonal skills such as communication and collaboration.

During your first year, you’ll focus on basic sciences at the core of the study and practice of medical radiation science. You’ll cover a range of topics, including anatomy, physiology, pathology and radiation physics. These core subjects introduce you to the scientific principles surrounding medical radiation.

What you'll learn

The Bachelor of Human Movement offers an exciting combination of theoretical, conceptual and hands on learning. From your first year, you can select from primary streams in either Exercise and Sport Science or Health and Physical Education. If you choose to study the Exercise and Sport Science stream, you can also study a secondary stream in Advanced Exercise and Sport Science, Rehabilitation Sciences, Sports Coaching, Health Promotion or Nutrition. If you pursue the Health and Physical Education Stream, you can study a second learning area chosen from a wide range of options including Outdoor Education, Mathematics, Science, English and Nutrition. Visit the Health and Physical Education (H&PE) teacher page to find out more.

During your first year of study, you'll develop a strong foundation in:

• Human anatomy and physiology
• Human movement
• Health and physical activity
• Motor development and ageing
• Group and team psychology

Second year studies will focus on:

• Motor learning and control
• Human nutrition
• Exercise physiology
• Biomechanics

This degree teaches you practical skills and effective communication techniques to interact confidently with clients and peers, complete client screenings, conduct laboratory and field testing, interpret scientific research, and design and implement exercise and training programs.