Bachelor of Health Science/Bachelor of Applied Innovation Majoring in Biomedical Science

4 Years On Campus Bachelors Program

Swinburne University of Technology

Program Overview

This unique double degree blends biomedical science with applied innovation, preparing you to understand human health while also developing skills in creativity, design thinking, and problem-solving for real-world challenges. It is ideal for students who want to work at the intersection of science, healthcare, and innovation-driven industries.

Curriculum Structure

Year 1:
You will build foundational knowledge in biomedical science alongside introductory innovation and creative problem-solving skills. Studies typically include core areas of human biology and chemistry, combined with applied innovation foundations such as design thinking and introductory project-based learning, helping you understand both scientific principles and how to approach real-world problems creatively.

Year 2:
This year deepens your biomedical understanding while expanding your ability to develop innovative solutions. You will study more advanced health science areas such as human physiology and cell biology, alongside applied innovation studies that focus on entrepreneurship, systems thinking, and collaborative project design.

Year 3:
At this stage, learning becomes more applied and interdisciplinary, combining biomedical science with innovation practice. You will engage in areas such as microbiology and biomedical analysis while also working on innovation-focused subjects involving prototyping, solution development, and industry-relevant problem solving.

Year 4:
The final year focuses on integration and real-world application through advanced study and a major capstone experience. You will typically complete a biomedical science research component alongside a large-scale applied innovation project, where you develop and present solutions to real healthcare or science-based challenges.

Focus Areas

Biomedical science, human biology, innovation and design thinking, entrepreneurship, healthcare systems, scientific research methods, and applied problem-solving.

Learning Outcomes

Graduates develop strong scientific understanding combined with innovation and entrepreneurial capability, enabling them to work in healthcare, biotech, research, and innovation-driven industries. You will be equipped to analyse health challenges and design practical, creative solutions in professional environments.

Professional Alignment (Accreditation)

The program aligns with industry expectations in biomedical science and innovation sectors, supporting pathways into healthcare organisations, research institutions, and innovation-driven companies focused on science and technology solutions.

Reputation (Employability Rankings)

Swinburne University of Technology is internationally recognised for its industry-connected learning model and strong graduate employability outcomes, reflected in major global rankings such as QS World University Rankings and Times Higher Education.

Experiential Learning (Research, Projects, Internships etc.)

At Swinburne University of Technology, you’ll develop hands-on biomedical skills while also learning how to turn scientific knowledge into real-world innovations. The program is strongly practice-oriented, meaning you won’t just study biology and health systems — you’ll actively work in laboratories, innovation studios, and project-based environments where ideas are tested, built, and refined into practical solutions for healthcare and biotechnology challenges:

Biomedical science laboratories : Practical training in human biology, chemistry, and microbiology using modern lab equipment to build core scientific and experimental skills.
Innovation and design studios (Applied Innovation spaces) : Hands-on environments where students apply design thinking, prototyping, and creative problem-solving to real health and science challenges.
Industry-linked project work (WIL – Work Integrated Learning) : Real-world projects where students collaborate with organisations to develop innovative biomedical or health-related solutions.
Capstone innovation project : Final-year major project combining biomedical science knowledge with applied innovation to solve a real healthcare or science industry problem.
Collaborative group-based learning : Interdisciplinary teamwork across science and innovation disciplines, developing communication, leadership, and entrepreneurial thinking.
Digital research and analysis tools : Use of scientific data analysis platforms and innovation toolkits to evaluate health data and design evidence-based solutions.
Swinburne library and digital learning resources : Access to extensive scientific journals, research databases, and innovation-focused learning materials supporting assignments and projects.
Industry engagement and mentoring opportunities : Exposure to professionals from science, health, and innovation sectors through Swinburne’s industry-connected learning model.

Progression & Future Opportunities

Graduates from Swinburne University of Technology are equipped to work across biomedical science, healthcare innovation, and emerging technology-driven health industries. You could pursue roles such as biomedical innovation officer, research and development associate, health technology analyst, or laboratory scientist contributing to healthcare and biotech solutions:

Career Support & Industry Outcomes:

Swinburne Careers & Employability Service: Offers personalised career coaching, resume and interview preparation, job-matching support, and access to employer networks in science, health, and innovation sectors.
Work Integrated Learning (WIL): Provides structured industry projects and placements where students apply biomedical and innovation skills in real organisational settings.
Strong industry partnerships: Swinburne collaborates with healthcare, science, and innovation organisations, supporting applied learning and employability pathways in biotechnology and health innovation sectors.
Graduate employability outcomes: Swinburne is consistently recognised in QS and Times Higher Education rankings for strong graduate employability and industry engagement.
Innovation-driven skill advantage: The dual focus on biomedical science and applied innovation strengthens long-term career flexibility in both traditional science and emerging health-tech industries.

Further Academic Progression:
After completing this degree, graduates can pursue postgraduate study such as Master of Biotechnology, Master of Health Innovation, Master of Public Health, or research-based Honours programs in biomedical science. This also supports pathways into advanced research, healthcare innovation leadership, and science commercialisation roles.