Bachelor of Engineering Honours and Bachelor of Science (Medical Science)

5 Years On Campus Bachelors Program

University of Sydney

Program Overview

The University of Sydney Bachelor of Engineering Honours and Bachelor of Science (Medical Science) is a highly interdisciplinary double degree that combines advanced engineering training with a strong foundation in human biology and medical science. It is designed for students who want to develop innovative solutions for healthcare and biomedical challenges, preparing for careers at the intersection of engineering, medicine, and scientific research.

Curriculum Structure

Year 1

In the first year, students build core foundations in both disciplines through units such as Engineering Principles, Mathematics for Engineers, Cell Biology, and Human Biology. This year develops essential scientific knowledge alongside problem-solving and analytical skills, introducing how engineering concepts connect with biological systems.

Year 2

In the second year, students progress into more specialised study with units such as Mechanics and Materials, Electrical Systems for Engineers, Biochemistry, and Human Physiology. This stage focuses on understanding both engineered systems and the human body, with increasing emphasis on laboratory and technical learning.

Year 3

In the third year, students engage with advanced engineering and biomedical science content through units such as Biomechanics, Biomedical Systems, Microbiology, and Engineering Design Projects. This year strengthens applied knowledge in both fields, combining engineering design with medical science applications.

Year 4

In the fourth year, students undertake higher-level study including Control Systems Engineering, Medical Device Design, Immunology, and Pathophysiology. This stage focuses on integrating engineering solutions with medical science challenges, preparing students for complex healthcare innovation tasks.

Year 5

In the final year, students complete advanced engineering specialisation units and a major Honours Research Project, alongside subjects such as Biomedical Engineering Systems and Advanced Medical Science Topics. This year emphasises independent research, innovation, and real-world problem-solving in biomedical engineering and medical science.

Focus Areas

Biomedical engineering, medical science, biomechanics, human physiology, medical device design, immunology, pathophysiology, engineering systems, biomedical innovation, healthcare technology.

Learning Outcomes

Graduates develop advanced engineering design skills, strong biomedical science knowledge, analytical thinking, and research capability. Students also gain the ability to design medical technologies, analyse biological systems, and apply engineering solutions to healthcare problems.

Professional Alignment (Accreditation)

The program is aligned with Engineers Australia accreditation requirements for engineering practice, alongside strong biomedical science training that supports careers in healthcare, medical technology, and research industries. It provides a recognised pathway into professional engineering and scientific roles.

Reputation (Employability Rankings)

The University of Sydney is consistently ranked among the world’s leading universities and is highly regarded for excellence in engineering, medicine, and life sciences. Its strong research output and global reputation support excellent graduate employability across STEM and healthcare sectors.

Experiential Learning (Research, Projects, Internships etc.)

Students in the University of Sydney Bachelor of Engineering Honours and Bachelor of Science (Medical Science) gain extensive hands-on experience by combining engineering design practice with biomedical laboratory training and research-focused learning. The program is structured around real-world problem solving, allowing students to work with engineering systems, medical science experiments, and data-driven technologies used in healthcare innovation and biomedical research. Through practical laboratories, design projects, and interdisciplinary collaboration, students develop both technical engineering skills and a strong scientific understanding of human health and disease:

Sydney Medical School and Engineering Faculty Laboratories provide hands-on training in biomechanics, materials science, physiology, and biomedical systems.
Biomedical Engineering Design Projects enable students to design, test, and evaluate medical technologies and engineering solutions for healthcare challenges.
Human Physiology and Medical Science Practical Classes provide experimental training in biology, biochemistry, microbiology, and disease mechanisms.
Engineering Workshop and Prototyping Facilities support the development of medical devices and engineering systems through hands-on fabrication and testing.
Computational Modelling and Engineering Software Tools are used for simulation, system analysis, and biomedical engineering design applications.
Group-Based Interdisciplinary Projects develop teamwork skills across engineering and medical science disciplines to solve complex healthcare problems.
Capstone Engineering Research Project allows students to complete a major independent or team-based project integrating engineering and medical science knowledge.
Research-Intensive Learning Environment connects students with active research in biomedical engineering, medical science, and healthcare innovation.
University of Sydney Library and Digital Research Platforms provide access to global scientific journals, engineering databases, and biomedical research resources.
Industry and Clinical Exposure Opportunities support learning through engagement with healthcare and biomedical innovation environments.
Academic Mentoring by Researchers and Engineers supports student development in both engineering design and medical science research methods.
Interdisciplinary Learning Across Faculties enables collaboration between engineering, science, and medical disciplines within the university.

Progression & Future Opportunities

Graduates of the University of Sydney Bachelor of Engineering Honours and Bachelor of Science (Medical Science) are well positioned for careers that integrate engineering innovation with medical and biomedical science applications. They are prepared to work in high-impact fields such as healthcare technology, biomedical device development, and medical research, where interdisciplinary expertise is highly valued. Graduates may pursue roles such as Biomedical Engineer, Medical Device Engineer, Clinical Engineer, or Research and Development Engineer:

University of Sydney Careers Centre provides personalised career advice, internship support, employer networking events, and tailored graduate employment preparation for STEM and health graduates.
Strong Industry and Research Partnerships across engineering and medical science faculties connect students with healthcare, biotechnology, and medical technology organisations.
Work-Integrated Learning and Research-Based Training develops professional engineering and scientific skills through applied projects and laboratory experience.
Engineers Australia Accreditation Pathway ensures graduates meet professional engineering standards recognised nationally and internationally.
High Demand for Biomedical Engineers and Health Technologists supports strong employment opportunities in hospitals, research institutes, pharmaceutical companies, and med-tech industries.
Research Excellence Environment at the University of Sydney provides exposure to leading biomedical engineering and medical science innovation projects.
Interdisciplinary Skill Development enhances employability across engineering, medicine, and scientific research sectors.
Graduate Outcomes reflect the University of Sydney’s strong global reputation for producing highly skilled engineering and medical science graduates.
Long-Term Qualification Value comes from combining accredited engineering training with biomedical science expertise, supporting global career flexibility.

Further Academic Progression:

After completing this degree, students may progress into Honours research pathways, Master of Engineering (Biomedical Engineering), Master of Medical Science, Master of Health Technology Innovation, or related postgraduate programs. Graduates may also pursue PhD research pathways in biomedical engineering, medical devices, biomechanics, or translational medical research depending on their interests and career goals.