Bachelor of Engineering (Honours) Majoring in Biomedical

4 Years On Campus Bachelors Program

Swinburne University of Technology

Program Overview

The Bachelor of Engineering (Honours) with a Major in Biomedical Engineering at Swinburne is all about using engineering to make a real difference in people’s health and quality of life. If you’re fascinated by medicine and biology but also love designing, building, and inventing things like medical devices, imaging tools, or prosthetics, this program is a perfect fit.

Curriculum Structure

Year 1: You’ll start by building a solid foundation in engineering. Units like Engineering Materials, Energy and Motion, Engineering Mechanics, Introduction to Programming, and Linear Algebra will give you hands-on experience with the core tools engineers use. Along the way, you’ll learn how physics, maths, and programming come together in problem-solving — skills you’ll use throughout the rest of the degree.

Year 2: This is where biomedical engineering starts to come alive. You’ll dive into subjects like Anatomy and Physiology, Biomaterials and Biomechanics, and Object-Oriented Programming, alongside an Engineering Technology Design Project. You’ll learn how biological systems work, how materials behave in medical settings, and begin creating designs for real healthcare solutions — all through practical, project-based work.

Years 3 & 4: In the final years, you’ll tackle advanced topics such as electronics, systems engineering, medical imaging, device design, and even AI or machine learning in healthcare. Every semester, you’ll get hands-on experience designing, prototyping, testing, and refining real-world biomedical solutions. By graduation, you’ll not only have technical expertise but also teamwork, project management, and problem-solving skills that employers value.

Focus Areas
Biomedical device design, medical electronics & imaging, biomaterials & biomechanics

Learning Outcomes
You’ll graduate ready to design and build medical devices, understand human physiology and biomaterials, and apply engineering solutions to real medical challenges.

Professional Alignment (Accreditation)
This degree is accredited by Engineers Australia, giving you a recognised pathway into professional engineering roles worldwide through graduate membership.

Reputation & Employability
Swinburne graduates are highly sought after — 86.1% find work within four months of finishing. The broader engineering program is globally recognised, particularly in Electrical & Electronic Engineering, and ranks strongly in areas like control and automation.

Experiential Learning (Research, Projects, Internships etc.)

This program isn’t just about lectures and textbooks — from day one, you’ll be immersed in real, hands-on engineering work that connects health, medicine and technology. Through a structured “work integrated learning” approach, you apply what you learn in class directly to industry‑relevant projects. Over four years, you’ll build up practical experience, exposure to medical‑device design and medical imaging systems, and tangible output that’s close to what employers look for. By the time you graduate, you’re not just theoretically prepared — you’ve already worked on real biomedical engineering tasks.

Here are the main experiential learning opportunities you’ll get in this degree:

Work‑Integrated Learning (WIL) from Year 1 — every semester includes an industry‑linked project (eight in total over the degree), meaning you’ll start working on real‑world problems right away, not just in later years.
Industry‑linked projects and internships — these projects are shaped by industry needs and let you collaborate with peers and industry professionals to design solutions for real challenges, not just hypothetical assignments.
Clinical practicums and medical systems units — from “Medical Imaging Systems” to “Clinical Practicum” and “Advanced Medical Imaging Systems”, the curriculum exposes you to real medical‑device contexts and imaging technologies, preparing you for design, development or clinical‑engineering roles.
Capstone and final‑year engineering projects — in the final year you’ll undertake substantial projects under guidance, which mimic real engineering workflows and often involve design, systems integration or imaging‑related innovations.
Blend of engineering + physiology + medical device design skills — the program teaches engineering principles, electronics, systems engineering along with physiological fundamentals and medical device development, ensuring you graduate with a strong hybrid skill‑set well aligned with biomedical industry needs.
Accreditation and strong employability outcome — the degree is accredited by Engineers Australia, and Swinburne reports a high rate of graduates finding employment soon after graduation, showing that the industry‑focus pays off.

Progression & Future Opportunities

Thinking about the Swinburne University of Technology Bachelor of Engineering (Honours) — majoring in Biomedical Engineering? Great choice. Graduates from this program often step into meaningful, well‑paid roles quickly. Typical job roles include Biomedical Engineer, Clinical Engineer, Medical Device Designer, and Medical Electronics Engineer.

Here’s what this means for you:

Swinburne’s degree includes built-in real‑world experience through its Work Integrated Learning (WIL) program — you’ll do industry‑linked projects starting from Year 1. That means by the time you graduate, you'll already have relevant projects on your résumé and practical skills under your belt.
Many graduates land employment soon after finishing: about 86.1% of students find a job within four months of graduation.
Because the program is accredited by Engineers Australia, your qualification carries international recognition and credibility — useful whether you choose to work in Australia, India or globally.
Through Swinburne’s strong ties with industry (medical‑device makers, hospitals, research bodies), there are ample opportunities to connect with employers during your studies — internships, placements, and even graduate jobs.
In the long run, this degree gives you flexibility. Whether you want to design prosthetics, work in clinical engineering at hospitals, join R&D in med‑tech companies, or even move into regulatory, product development, or health‑technology innovation — you’ll have a solid engineering foundation and relevant biomedical specialization.

Further Academic Progression:
After this bachelor’s, if you want to deepen your expertise, you could consider a master’s in biomedical engineering, biomedical technology or medical device design — paths that many engineering students follow at Swinburne or other universities. Alternatively, you could pivot into research (PhD), especially if you’re keen on innovation in medical devices or healthcare technology. This keeps your options wide — from industry‑driven engineering roles to cutting‑edge research or even entrepreneurship in biomedical start‑ups.