Bachelor of Engineering (Honours) (Single Major) (Biomedical Engineering)

4 Years On Campus Bachelors Program

University of Wollongong

Program Overview

The Bachelor of Engineering (Honours) — Single Major at the University of Wollongong offers a robust, hands-on engineering education tailored for students who want to build strong technical skills while learning to communicate and apply solutions in the real world. It’s ideal for anyone curious about how to design, build or improve systems — whether in biomedical devices, civil infrastructure, electronics or environmental engineering — and ready to grow from foundational engineering knowledge to professional-grade expertise.

Curriculum Structure
Year 1

Introduces you to core engineering fundamentals: you’ll study basic mathematics and physics, foundational engineering principles, and introductory courses on materials or circuits depending on your chosen path. This year helps you get a broad sense of the many fields within engineering, letting you explore before you commit to a specific major. It’s a launchpad into what kind of engineer you want to become.

Year 2

Marks the start of your major-specific journey — for example, if you choose Biomedical Engineering, you may take units such as “Biomedical Instrumentation and Design,” “Biomechanics,” and “Sensors and Actuators.” You begin applying what you learned in Year 1 with real design challenges or small lab-based projects that bring together engineering, biology or electronics.

Years 3–4

Deepen your specialization: you’ll encounter advanced courses like “Biomaterials and Tissue Engineering,” “Mechanical Design of Biomedical Devices,” or “Biomedical Physics,” depending on your major. You’ll tackle larger projects — perhaps designing a prototype or working on an applied research-style assignment — that simulate real-world engineering work. As part of the degree, there’s also a 12-week industry experience (in Australia or abroad), giving you a taste of professional engineering life before you graduate.

Focus Areas

Biomedical, Civil, Mechanical, Electrical/Electronics, Materials, Environmental, Mechatronic, Mining, Telecommunications, and other core engineering disciplines.

Learning Outcomes

Graduates emerge as skilled problem-solvers with strong technical know-how, the ability to design real-world engineering solutions, teamwork and communication skills, and readiness to meet professional engineering challenges globally.

Professional Alignment (Accreditation)

The program is accredited by Engineers Australia under the Washington Accord — meaning your degree is recognised internationally and qualifies you for Graduate Membership of Engineers Australia, giving you a smooth path into global engineering careers.

Reputation (Employability Rankings)

The University of Wollongong’s engineering courses — especially in civil, mechanical, materials and mining — are consistently ranked among the top 150 globally, making this degree solid for employability wherever you choose to work after graduation.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Engineering (Honours) (Biomedical Engineering) at the University of Wollongong gain practical engineering and healthcare technology experience through laboratory work, project-based learning, industry-focused design activities, and research engagement. The program combines biomedical science with engineering innovation, allowing students to apply technical knowledge to real healthcare and medical technology challenges using advanced engineering facilities and specialised biomedical laboratories. Through collaborative projects, professional engineering practice, and hands-on experimentation, students develop workplace-ready skills aligned with biomedical engineering industries and healthcare technology environments:

Biomedical Engineering Laboratories: Students work in specialised laboratories focused on biomechanics, biomaterials, biomedical instrumentation, electronics, and signal processing applications relevant to healthcare technologies.
Engineering Design Projects: Project-based learning allows students to design, develop, and evaluate biomedical devices, rehabilitation technologies, and healthcare engineering solutions throughout the degree.
Capstone Honours Project: Final-year students complete a major honours research or engineering design project addressing real biomedical engineering or healthcare technology challenges.
Computer-Aided Engineering & Modelling Software: Students use engineering simulation, modelling, programming, and technical analysis software to support biomedical systems design and engineering problem-solving.
Biomechanics & Human Movement Analysis: Practical learning includes analysing human movement, prosthetic systems, rehabilitation technologies, and biomechanical performance using engineering principles.
Biomedical Instrumentation Training: Students gain hands-on experience with medical sensors, diagnostic technologies, electronic systems, and biomedical measurement equipment.
Collaborative Group Work: Team-based engineering projects strengthen communication, leadership, technical reporting, and interdisciplinary problem-solving skills aligned with professional engineering practice.
Industry & Research Engagement: Students benefit from UOW’s engineering research environment and opportunities to engage with healthcare technologies, engineering innovation projects, and applied biomedical research activities.
Advanced Engineering Facilities: The program provides access to engineering workshops, prototyping facilities, electronics laboratories, and biomedical research spaces supporting practical learning and innovation.
Research Institutes & Innovation Environment: Students are exposed to research connected to biomedical engineering, intelligent systems, healthcare technologies, and advanced engineering applications.
Library & Digital Learning Resources: UOW libraries provide access to biomedical engineering journals, scientific databases, engineering software resources, and technical research materials supporting academic and project work.

Progression & Future Opportunities

Graduates of the Bachelor of Engineering (Honours) (Biomedical Engineering) at the University of Wollongong are prepared for careers combining engineering innovation with healthcare and medical technology development. The program equips students with advanced technical, analytical, and problem-solving skills relevant to biomedical systems, rehabilitation technologies, medical devices, and healthcare engineering industries. Typical career pathways include biomedical engineer, clinical engineer, medical device engineer, rehabilitation engineer, biomedical systems specialist, and healthcare technology consultant:

UOW Careers & Employability Services: Students receive support through UOW Careers and Employability, including career workshops, résumé and interview preparation, employer networking opportunities, internship guidance, and professional development services tailored to engineering students.
Engineers Australia Accreditation: The degree is accredited by Engineers Australia and recognised internationally through the Washington Accord, supporting professional engineering recognition and long-term global career mobility.
Industry-Focused Engineering Education: The program’s project-based and practical learning structure helps graduates develop workplace-ready engineering skills aligned with biomedical and healthcare industries.
Biomedical & Healthcare Industry Opportunities: Graduates may pursue employment in hospitals, medical device companies, healthcare technology organisations, engineering consultancies, rehabilitation services, and biomedical research environments.
Research & Innovation Exposure: Students benefit from UOW’s engineering and research environment, gaining exposure to biomedical innovation, intelligent systems, and healthcare engineering applications.
Professional Engineering Skills Development: Graduates develop expertise in engineering design, biomedical systems analysis, technical communication, teamwork, project management, and engineering problem-solving.
Capstone Honours Project Experience: The final-year honours project demonstrates graduates’ ability to apply engineering principles to complex biomedical and healthcare challenges within professional or research contexts.
Strong Technical & Transferable Skills: The program develops analytical thinking, leadership, collaborative teamwork, technical reporting, and innovation skills valued across engineering and technology sectors.
Global Employability Value: Internationally recognised accreditation and practical engineering experience strengthen graduate employability in Australia and overseas biomedical engineering industries.
Graduation Outcomes: Graduates are prepared for careers in medical technology development, biomedical product design, clinical engineering, healthcare systems engineering, rehabilitation technology, and biomedical research sectors.

Further Academic Progression:
After completing the honours degree, graduates may continue into postgraduate coursework or higher research degrees in biomedical engineering, medical technologies, robotics, biomaterials, rehabilitation engineering, healthcare innovation, or related engineering disciplines. The honours qualification also provides strong preparation for Master’s and Doctor of Philosophy (PhD) research pathways focused on biomedical systems, medical devices, healthcare technologies, and advanced engineering innovation.