Medical science is a field dedicated to diagnosing, treating and preventing diseases through laboratory tests on blood, body fluids and tissues. It encompasses various disciplines, such as pathology, biochemistry and microbiology, which are essential for accurate clinical diagnoses.
In Australia, medical science professionals are essential for advancing healthcare, particularly in research and innovation. They work in hospitals, private labs and universities, providing vital support to the healthcare system and staying ahead of healthcare trends.
As the population grows and new health challenges arise, the need for skilled medical scientists and medical science leaders continues to increase. If you’re interested in this burgeoning field, you can pursue specialised qualifications at institutions like the University of Technology Sydney (UTS), which offers comprehensive postgraduate courses in medical science.
Medical science vs medicine: what is a medical science degree?
A medical science degree focuses on the scientific study of human biology, health and disease. It equips you with the skills to perform diagnostic tests, conduct research and contribute to medical advancements. The curriculum typically includes courses in anatomy, biochemistry, microbiology and molecular biology, along with practical laboratory training.
In contrast, health science broadly covers topics related to health and wellness, including public health, nutrition and healthcare administration. Biomedical science overlaps with medical science but places a stronger emphasis on the molecular and cellular mechanisms underlying health and disease.
Medicine, distinct from these fields, is dedicated to training physicians in patient care, diagnosis and treatment.
You can study medical science at both undergraduate and postgraduate levels. Undergraduate courses provide foundational knowledge in various scientific disciplines and offer specialisations in areas like clinical biochemistry or molecular pathology. A postgraduate course allows for advanced specialisation, preparing graduates for roles in research, diagnostics, innovation, team leadership, public engagement, operations, academia and more.
Some universities offer majors and specialisations within a medical science degree, allowing you to tailor your education to specific interests, such as genetics, immunology or medical laboratory science.
This flexibility enables you to pursue diverse career paths in healthcare, research institutions or industry, addressing critical needs in diagnostics, treatment development and public health.
Who should study a medical science degree?
A medical science degree is ideal for people who are passionate about research, innovation and enhancing patient care. If you have a strong interest in understanding disease mechanisms, conducting laboratory experiments and contributing to medical advancements, this field might be a perfect fit. Medical science attracts people who enjoy problem-solving, working with advanced technologies and applying scientific knowledge to real-world health challenges.
Medical science degrees are well-suited for people who want to improve healthcare outcomes and develop new diagnostic and therapeutic methods. The field requires a meticulous and analytical mindset, as well as a commitment to ongoing learning and adaptation to new scientific discoveries and technological advancements.
A medical science degree is usually required if you want to work in biomedical research, medical testing, pathology, microbiology, epidemiology and toxicology.
For those looking to advance their careers, postgraduate courses in medical science can open doors to leadership and innovation roles.
UTS offers the following postgraduate options designed to build on existing knowledge and skills:
- Graduate Certificate in Science Leadership
- Graduate Certificate in Medical Science Innovation
- Graduate Certificate in Public Engagement in Medical Science
- Master of Medical Science Leadership
These courses provide specialised training in leadership, innovation and public engagement, equipping graduates to drive progress and excel in advanced roles.
The role of medical science in Australia’s healthcare system
Medical science plays an important role in Australia’s healthcare system, serving as a cornerstone for disease diagnosis, treatment and prevention.
As Australia’s population grows and ages, the demand for skilled medical science professionals is expected to increase. Advances in technology and the ongoing need for innovative medical solutions further highlight the importance of this field.
Medical scientists will be integral in responding to health challenges, such as new diseases and antibiotic resistance, and in supporting public health initiatives through research and clinical testing.
The need for medical science professionals is particularly pressing as the field evolves with advancements in molecular diagnostics, personalised medicine and public health. The Australian Institute of Medical and Clinical Scientists (AIMS) emphasises that medical scientists are essential for the development of new treatments and for enhancing overall healthcare outcomes.
As the healthcare landscape shifts, pursuing a career in medical science offers promising opportunities.
Medical science jobs
An undergraduate medical science degree provides a strong foundation for various positions in healthcare, research and related fields. At the postgraduate level, a range of exciting and impactful career opportunities await.
- Medical laboratory scientist: Performs laboratory tests and procedures under the supervision of senior lab staff.
- Research assistant: Assists in experiments and research projects in academic, clinical or pharmaceutical settings.
- Healthcare administrator: Manages the administrative functions of healthcare facilities, such as clinics or hospitals.
- Environmental health officer: Works on ensuring public health by monitoring and managing environmental risks.
- Clinical trials officer: Assists in the management and execution of clinical trials, ensuring adherence to protocols and timelines while handling participant data and study documentation.
- Clinical scientist: Plays a vital role in diagnosing and monitoring diseases. Responsibilities include analysing blood, urine and tissue samples, interpreting results and working closely with healthcare teams to support diagnosis and treatment.
- Medical science liaison: Acts as a bridge between pharmaceutical companies and healthcare professionals, providing scientific expertise and facilitating collaborations.
- Bioinformatician: Analyses and interprets complex biological data to support medical research and develop innovative solutions.
- Healthcare consultant: Analyses current practices in healthcare organisations, recommends changes, and helps organisations navigate regulatory requirements, aiming to optimise healthcare delivery.
- Team leader – medical records services: Oversees and mentors a team to ensure efficient management and dissemination of medical records, including preparation, scanning, quality checking and the release of patient information.
- Clinical operations manager: Leads the strategic management and day-to-day operations of health clinics and surgical centres, ensuring high-quality patient care, efficient service delivery, and alignment with organisational goals and governance standards.
- Laboratory team leader: Supervises laboratory personnel and operations, ensuring safety and productivity in experimental work.
- Professional development officer: Develop and coordinate professional development programs to enhance the skills and engagement of the primary health workforce.
- Product manager: Provide expert product knowledge, strategic market insights and comprehensive support to drive business growth and customer satisfaction.
- Clinical liaison officer: Coordinates care and support for patients, ensuring high-quality service delivery and effective communication with clients, families, and stakeholders.
- Medical writer: Creates and edits medical documents, including research papers, regulatory submissions and educational materials.
- Regulatory affairs manager: Manages regulatory submissions and ensures compliance with regulatory requirements and standards.
- Health information officer: Oversees and enhances health data management and coding systems, ensuring accurate information and compliance with industry standards.
Each of these roles reflects the diverse career opportunities available in medical science, particularly for those who have pursued postgraduate studies and are looking to advance into specialised and leadership positions.
Start your new career journey today
The field of medical science offers diverse opportunities to contribute meaningfully to healthcare and research.
Does a career in medical science interest you? If you are interested in finding out more about postgraduate medical science courses, select the course below that aligns with your career goals to speak to a Student Enrolment Advisor. They can help you determine your eligibility and provide more information about the course.