Engineering and Biomedical Science Bachelor's degree (honours)

If you join this double‑degree, you don’t just learn theory — you actively build the type of knowledge and skills real employers and research labs look for. From day one, you're studying both engineering fundamentals and life sciences, so you’ll understand not only the mechanics of engineering but also the biology behind human health. Over the years you combine engineering design, biomedical science, lab work and professional practice, giving you a unique “bridge” perspective that’s ideal for developing medical technologies or working on health‑science research. By the end, you’ll have a solid foundation and actual hands‑on experience to take into the workplace or further study.

Here are the real, experiential‑learning opportunities you get in this program:

• Dual‑degree integration of engineering + biomedical science — you study classic engineering disciplines (like mechanical, electrical, materials, civil, or chemical engineering) alongside biomedical science units (anatomy, biochemistry, physiology, microbiology, genetics, immunology, bioinformatics and more). This means you learn engineering mechanics and design in the context of human biology and health.

• Engineering design and project work from early years — in the first year itself you engage with engineering design units (for example “Engineering design: Lighter, faster, stronger”, “Cleaner, safer, smarter”, and “Mobile apps”), building skills in design thinking, coding/computing for engineers, and project‑based teamwork.

• Biomedical science lab and practical work — across the biomedical science component you study molecular biology, human body systems, microbes and disease, bioinformatics and disease mechanisms — with lab‑based classes that teach research methods, diagnostics, data collection and analysis. You learn how to collect, interpret and communicate biomedical data, preparing you for real lab or clinical‑research environments.

• Final project combining both fields — in your final year you get to showcase your integrated knowledge — combining biomedical science and engineering — via a capstone or final project. This gives you actual experience in solving a realistic biomedical problem using engineering and science together.

• Professional practice requirement — real‑world exposure : to graduate you must complete 420 hours of continuous professional development (e.g. ~12 weeks of relevant vacation employment or equivalent approved work/industrial experience), giving you real‑world industry exposure before you finish your degree.

• Flexibility to specialise — you can choose from several engineering disciplines (mechanical, electrical & computer systems, materials, civil, chemical) paired with biomedical science, allowing you to tailor your combination to the type of medical‑technology or research career you envision.

If you’re considering the Bachelor of Engineering (Honours) and Bachelor of Biomedical Science (E3004) at Monash University, you’re looking at a program that really opens doors. Graduates often go on to work in biomedical‑engineering research, medical device design or manufacturing, pharmaceutical or biotech companies, or multidisciplinary teams creating healthcare solutions. Some even dive into healthcare technology, R&D labs, or roles in regulatory or clinical trials.

Here’s what makes this degree special:

The Engineering + Biomedical Science double degree gives you two full qualifications — one in your chosen engineering discipline (Electrical, Mechanical, Materials, Civil, or Chemical) and one in Biomedical Science. You’re not just focusing on “biology” or “engineering” — you’re building real strength in both areas, which gives you a huge advantage when looking for jobs or research opportunities.

You’ll also get hands-on professional experience. The program requires 420 hours of continuous professional development — typically through internships or vacation work. This isn’t just ticking a box; it’s your chance to make industry connections, understand how workplaces operate, and build a CV that really stands out before you even graduate.

If you’re fascinated by biomedical innovation or cutting-edge health tech, this degree is a great fit. Monash highlights real research happening right now, from advanced imaging techniques to bionic-eye technologies. That means your learning isn’t just theoretical — you’ll be connected to real-world biomedical challenges.

Graduating with an engineering honours degree also carries global recognition, so whether you want to work in medical technology, engineering firms, or health-tech startups, you’ll have credibility both in Australia and internationally.

And if you’re thinking about further study, there are plenty of options. You could pursue a one-year honours in Biomedical Science if your grades are strong, setting yourself up for research or postgraduate work. Or, you might specialise at the master’s level — for example, the Master of Biomedical and Health Science — to focus on research, medical device development, clinical research, or health innovation.

In short, this double degree doesn’t just teach you engineering and biomedical science — it sets you up to create, innovate, and make an impact in healthcare, with career opportunities and pathways that are as broad as your ambition.