Bachelor of Science(Physics) and Doctor of Medicine

7 Years On Campus Bachelors Program

University of Sydney

Program Overview

The Bachelor of Science (Physics) and Doctor of Medicine at University of Sydney is a unique 7-year pathway designed for students who are passionate about both scientific discovery and making a real difference in healthcare. It’s ideal for curious, high-achieving students who want to build a strong foundation in physics while progressing directly into a medical career.

Curriculum Structure

Year 1:
You’ll begin by building a strong scientific base, studying core units like Fundamentals of Physics 1A, Calculus of One Variable, and Chemistry 1A. This year focuses on developing problem-solving skills and understanding key physical principles that underpin both science and medicine.

Year 2:
Your knowledge deepens with units such as Fundamentals of Physics 1B, Linear Algebra, and Human Biology. You’ll start connecting physics concepts with biological systems, gaining insight into how physical laws apply to the human body.

Year 3:
This year becomes more specialised with subjects like Quantum Physics, Thermodynamics and Statistical Physics, and Anatomy and Histology. You’ll develop analytical thinking while also gaining your first detailed exposure to human structure and function.

Year 4:
You’ll transition toward advanced topics including Electromagnetism and Photonics and Medical Imaging Physics, alongside introductory clinical science units. This is where physics directly meets medicine, especially in technologies used for diagnosis and treatment.

Year 5:
Your focus shifts fully into the Doctor of Medicine component, beginning with Foundations of Clinical Practice, Pathology, and Pharmacology. You’ll start learning how diseases develop and how treatments are applied in real-world settings.

Year 6:
You’ll undertake clinical placements in hospitals and healthcare settings, studying Internal Medicine, Surgery, and Clinical Diagnostics. This year is hands-on, helping you apply your knowledge to patient care under supervision.

Year 7:
The final year is all about advanced clinical practice, including Emergency Medicine, Specialist Rotations, and Integrated Patient Care. You’ll refine your skills, preparing to step confidently into your role as a qualified doctor.

Focus Areas (in a string):
Medical physics, clinical medicine, diagnostic imaging, human biology, patient care

Learning Outcomes (in a string):
Strong analytical and scientific reasoning, deep understanding of human health and disease, clinical decision-making skills, ability to apply physics in medical technologies

Professional Alignment (Accreditation):
Accredited by the Australian Medical Council, ensuring graduates meet national standards to practice medicine in Australia.

Reputation (Employability Rankings):
The University of Sydney is consistently ranked among the top universities globally for medicine and science, with strong graduate employability outcomes highlighted in QS rankings.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Sydney, this combined Bachelor of Science (Physics) and Doctor of Medicine program is built around learning by doing from day one. In the science phase, you’ll spend extensive time in modern physics laboratories developing experimental, computational, and analytical skills, while in the medical phase, your learning transitions into clinical environments where you work directly with patients. With access to advanced labs, simulation centres, teaching hospitals, and digital medical technologies, you’ll graduate with the confidence and hands-on experience needed to succeed in both scientific and clinical settings:

Laboratory and research experience: Work in advanced physics laboratories using equipment for quantum experiments, optics, and electromagnetism, building strong skills in data analysis, modelling, and scientific investigation.
Medical physics and imaging training: Gain exposure to technologies like MRI, CT scanning, and radiation physics, understanding how physics principles are applied in diagnosis and treatment.
Clinical skills and simulation training: Train in dedicated clinical schools and simulation centres, where you practise patient examinations, communication, and procedures in a safe, supervised environment.
Hospital and community placements: Complete structured clinical rotations in teaching hospitals and healthcare settings, gaining real-world experience in medicine, surgery, and patient care.
Problem-based and group learning: Take part in small-group, case-based learning, working with peers to analyse patient cases and apply scientific reasoning to clinical decisions.
Digital tools and scientific software: Use tools like MATLAB, Python, and clinical learning platforms for simulations, data analysis, and evidence-based medical study.
Research opportunities and institutes: Access leading research centres and medical institutes within the university, with opportunities to contribute to projects in physics, medical imaging, or health sciences.
Libraries and specialist facilities: Benefit from extensive science and medical libraries, digital databases, and collaborative learning spaces that support both research and clinical education.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Physics) and Doctor of Medicine at University of Sydney are exceptionally well-prepared to step into both clinical practice and scientifically driven healthcare roles. By combining strong analytical thinking with hands-on medical training, you’ll graduate ready to work in diverse environments ranging from hospitals to research institutions. Typical career paths include Medical Doctor (Physician), Surgeon, Medical Researcher, and Medical Physicist:

Career support and employability services: Access the University’s dedicated Careers Centre, offering career coaching, CV workshops, mock interviews, and employer networking events specifically tailored to health and science students.
Employment outcomes and salary potential: Medicine graduates from the University of Sydney enjoy high graduate employability, with many securing internships and hospital placements shortly after graduation; medical professionals in Australia often begin with competitive salaries and strong long-term earning potential.
University–industry partnerships: Benefit from strong links with major teaching hospitals and healthcare providers across Australia, giving you direct pathways into internships and professional networks within the medical field.
Long-term accreditation value: The Doctor of Medicine degree is accredited by the Australian Medical Council, allowing graduates to pursue registration and practice as doctors in Australia (subject to internship and licensing requirements).
Graduation outcomes: Graduates are equipped with both scientific expertise and clinical competence, making them highly competitive for roles in healthcare, medical research, and advanced scientific applications in medicine.

Further Academic Progression:
After completing this program, you can pursue specialist medical training in fields such as cardiology, neurology, or surgery through postgraduate clinical pathways. There are also opportunities to undertake a PhD or research-focused degree in areas like medical physics, biomedical science, or public health, opening doors to careers in academia, advanced research, or leadership roles in healthcare innovation.