Master of Advanced Clinical Physiotherapy in Musculoskeletal

at University of South Australia - City East Campus Australia

Communication is critical for building human connections and living a fulfilling life. Speech Pathologists study, diagnose and treat communication disorders, including difficulties with speech, language, fluency, and voice.

As a Speech Pathologist, you’ll support and empower people who have difficulty communicating because of developmental delays, stroke , brain injuries, learning disability, intellectual disability, cerebral palsy, dementia and hearing loss, as well as other problems that can affect speech and language.

What you'll learn

Speech Pathologists work with a wide range of people across different settings and manage complex and difficult issues. You’ll acquire theoretical and clinical knowledge; as well as hands-on skills to assess, diagnose and provide intervention for children and adults affected by communication difficulties. For example, brain injuries can result in difficulties understanding or producing language, slurred and imprecise speech; and changes to cognition such as attention, memory, and personality.

In your studies, you’ll learn about the role of technology in speech pathology practice. For example, technology for understanding acoustic signals of speech and parameters of voice production, as well as Augmentative and Alternative Communication (AAC) devices.

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 course prepares you to confidently advise on exercise plans, and deliver strength and conditioning services. The curriculum teaches biomechanical analyses and skill acquisition knowledge to enhance people’s physical and mental wellbeing – from children to elite athletes to the elderly.

During your first year you’ll develop a solid understanding of:

• Human anatomy and physiology
• Physical activity and health
• Fundamental movement skills
• Research methods and statistics
• Group and team psychology

In your second year you'll focus on:

• Skill acquisition
• Exercise prescription and delivery
• Exercise and health psychology
• Nutrition
• Exercise physiology
• Biomechanics

In your final year of study, you’ll focus on professional studies, the application of exercise science, and sociology of health and physical activity. Additionally, you can tailor your degree with a range of elective courses aligned with your career aspirations. The added benefit is that some of these courses will allow you to upskill, as they provide you with additional industry certificates upon successful completion in areas such as Level 1 Sports Training.

Public health practitioners address social and environmental factors which prevent disease and prolong the lifespan of the greater public. You’ll work with individuals, groups, communities and organisations across public and private sectors. You’ll learn diverse approaches including policy development; data analysis and reporting; media and advocacy; public events; community-based education and interventions to create positive change. These methods may be used to tackle global health issues such as COVID-19, heart disease, cancer and mental health.

What you'll learn
Your studies will equip you with an understanding of the social and commercial determinants of health and wellbeing. You will learn how to engage with communities and populations to promote wellbeing through locally-relevant information and activities. You will learn the principles and purpose of evaluation in public health, the importance of lived-experience perspectives, the role of advocacy, and the responsible dissemination of public health information. You’ll also learn epidemiological techniques to identify patterns in population health, such as the prevalence of mental health conditions or cardiovascular disease, novel associations between risk factors and diseases such as diabetes, cancer, and COVID-19.

During your first year you’ll understand core areas of practice and in your second year you’ll get to apply that knowledge. In the final year, there will be an emphasis on becoming a public health practitioner and entering the workforce, and career development. You will also have the opportunity to showcase your industry project and placement experiences at the annual student conference.

Throughout the degree, you’ll focus on equitable access to health programs and services for priority population groups such as, but not limited to, people experiencing homelessness, Aboriginal and Torres Strait Islander Peoples, culturally and linguistically diverse people, veterans, people living in rural and remote locations, young people, and older adults.

Start your unstoppable career in the world of human health and wellbeing, with a double degree in exercise and sport science, combined with nutrition and food science.

The exercise and sport science component will equip you with expertise on the impact of exercise and physical activity on the biological, physiological, psychological and social aspects of human life. The nutrition and food sciences component will give you hands-on experience in innovating foods; promoting and managing diets and lifestyles; and conducting meaningful research for enhanced wellbeing. 

With this double degree your career opportunities are diverse. You could be at the forefront of innovation in the food and nutrition industries, with opportunities to go into scientific and advisory roles. You could also design, deliver and assess exercise and physical activity programs to improve the health and wellbeing of clients, their performance, or to prevent chronic diseases such as diabetes and arthritis. Further study opportunities may include a Master of Research (Health Sciences) or Master of Health Services Management.

What you'll learn

Through theoretical and practical learning, you’ll become an expert in all aspects of exercise and sport science, and graduate with the skills needed to design, implement and evaluate exercise and physical activity programs.

The exercise and sport science component prepares you to provide exercise advice, deliver strength and conditioning services, biomechanical analyses, and skill acquisition knowledge to enhance the physical and mental wellbeing of generally healthy individuals, ranging from children to elite athletes to older persons.

The nutrition and food sciences component will teach you to understand diets and lifestyles for optimum health and the associations between nutrient intake, energy output and obesity. You’ll also learn how to manage and improve nutrition and diet related to physical activity and lifestyle changes, and how to maximise physical performance for healthy active people.  

During the first two years you’ll learn about nutrition and study exercise and sport science courses, which will give you a solid foundation in:

• Human anatomy and physiology
• Fundamental movement skills
• Skill acquisition
• Chemistry and biology

The third and fourth years have a strong practical focus. You'll develop critical thinking and practice-based skills through learning about:

• Exercise prescription and delivery
• Relationship between food bioactives, functional foods and medicines
• Developing personalised dietary and exercise plans to manage weight
• Nutrition for sports, exercise and activity

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.

.As a medical laboratory scientist, your work will have a vital bearing on people's welfare, supporting clinicians in the diagnosis, management and treatment of disease. You’ll perform tests on blood, tissues and other samples, and develop improved methods for disease detection and treatment.

What you'll learn

This honours degree prepares you for a career in all areas of pathology, with training in biochemistry, microbiology, immunology, molecular pathology, haematology and histopathology.

During your first two years you’ll study natural and biomedical sciences, and during the third and fourth years you’ll strengthen your knowledge through clinical courses and practical experience.

You’ll learn the theory and develop the skills required to perform a range of diagnostic tests including cross-matching for blood transfusions, identifying the organisms that cause infections and food poisoning, screening for cancer cells and detecting genes responsible for disease conditions. You’ll learn how to examine blood for any changes in its composition or function, and monitor levels of blood chemicals including sugar, electrolytes, pH, metabolites, toxins, drugs, hormones and proteins.

In your third year of study all students will complete 13 weeks of valuable field placements, which is more than what is required by industry to become an accredited medical laboratory scientist with the Australian Institute of Medical and Clinical Scientists (AIMS).

At the start of your honour’s year, you can choose to undertake Advanced Clinical Practice for 13 weeks or Experimental Research Practice for 13 weeks. In both options, you’ll work as part of a team in a diagnostic or research setting, learning how to manage specimens, perform tests and operate equipment.

This is the only degree of its kind in South Australia, preparing you for a rewarding career in the highly specialised field of medical imaging.

Start your unstoppable career as a professional diagnostic radiographer, responsible for producing high quality medical images using various technologies and types of radiation to monitor and help diagnose injuries and illnesses.

What you'll learn

Medical imaging professionals are responsible for producing high quality medical images using various technologies and types of radiation to monitor and help diagnose injuries and illnesses. Their work includes general radiography such as x-rays, fluoroscopy, theatre or emergency imaging.

Throughout your degree, you’ll learn how to produce optimal images using complex equipment while caring for patients. You’ll also 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.

You’ll apply these concepts to professional practice through clinical placements, which begin in your second year and continue through third and fourth years.

Throughout your degree you’ll take part in regular pre-clinical preparation workshops to further extend your skills as you move into advanced areas of practice.

Project management is a highly regarded 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 essential knowledge to plan and deliver projects on time, within budget, objectives, specifications, and outcomes that ultimately deliver value to their organisation and stakeholders.

This Graduate Diploma will equip you with advanced knowledge, tools and techniques in project management to manage complex projects and apply them across a broad range of industries.

This degree utilises the Standard for Project Management and A Guide to the Project Management Body of Knowledge (PMBOK® Guide) as a learning framework as well as relevant other industry standards in the field that are widely recognised and applied across different industries, businesses and government institutions.

This postgraduate qualification is offered as part of a suite of four programs (Graduate Certificate, Graduate Diploma and Master(s)). Each qualification extends to the next, so you can easily transition to a master level qualification.

What you'll Learn
Throughout this program, you will learn advanced knowledge in project management, its widely applicable tools and techniques, and attain a versatile range of skill sets that you can apply to any complex project.

Our lecturers and facilitators come from both academia and industry. They are project management experts and practising industry professionals with extensive knowledge and experience.

You’ll get unconventional teaching and industry-relevant materials that support learning and upskilling needs.

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.