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

5 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The Bachelor of Engineering (Honours) (Civil Engineering) combined with Bachelor of Medical Science at the University of Technology Sydney is an exciting double degree that blends building and designing the world around us with understanding human health. It’s perfect if you’re curious about both engineering and science and want to create solutions that make a real difference in people’s lives.

Curriculum Structure

Year 1:
You’ll start with the basics in both engineering and medical science. Subjects like Mathematics 1, Mathematics 2, and Introduction to Engineering Projects get you comfortable with problem-solving and technical thinking, while early medical science units introduce you to the foundations of biology, chemistry, and lab work.

Year 2:
This year is about applying what you’ve learned. You’ll tackle practical engineering projects with units like Physical Modelling and Engineering Project Appraisal, while your medical science courses deepen your understanding of human biology and health systems, helping you see how engineering can support medical solutions.

Year 3:
In your third year, you start to specialise. Civil engineering subjects like Designing Sustainable Engineering Projects and Professional Engineering Communication teach you how to design responsible and practical solutions, while medical science takes you into areas like pathology and health sciences.

Year 4:
You’ll explore advanced civil engineering topics such as structures, transport, or water systems, while continuing higher-level medical science studies. Units like Collaboration in Complex Projects and Professional Practice Preparation 1 help you work effectively in teams and get ready for industry.

Year 5:
The final year brings it all together with hands-on experience. Through units like Professional Experience Review, you’ll apply both your engineering and medical science skills to real-world challenges, preparing you for careers in research, healthcare engineering, or consulting.

Focus Areas

Civil infrastructure, healthcare technology, biomedical systems, sustainability, engineering project management

Learning Outcomes

Problem-solving, interdisciplinary thinking, technical design, scientific research skills, teamwork, and professional communication

Professional Alignment (Accreditation)

The engineering degree is accredited by Engineers Australia and recognised internationally under the Washington Accord, giving your qualifications global recognition.

Reputation (Employability Rankings)

UTS is known for strong industry connections, hands-on learning, and partnerships with over 1,000 companies, which means graduates are highly employable in both engineering and medical science fields.

Experiential Learning (Research, Projects, Internships etc.)

At UTS, this dual degree isn’t just about lectures and textbooks — it’s about learning by doing. You’ll get hands-on experience from day one, working in labs, studios, and design spaces that are exactly what engineers and medical scientists use in the real world. Whether it’s building a bridge model, running experiments on human biology, or simulating a complex system on professional software, you’ll be applying your knowledge to practical problems. The program encourages teamwork, creativity, and real-world problem-solving, giving you the skills and confidence to step straight into industry or research:

Here’s what that looks like in practice:
• ProtoSpace and tech labs — 3D printing, additive manufacturing, robotics, and mechanical labs let you prototype and test your engineering ideas with professional-grade tools.
• Science Super Lab — explore biology, chemistry, and physics experiments using modern equipment and analytical tools, bringing medical science concepts to life.
• Industry-standard software — gain experience with data analysis, modeling, and simulation programs used in both civil engineering and medical research.
• Group design projects — tackle real-world briefs in teams through subjects like Introduction to Engineering Projects and Designing Sustainable Engineering Projects, learning to collaborate and problem-solve.
• Industry experiences and internships — connect with UTS’s network of partners for placements, giving you a taste of professional life and building your career-ready skills.
• Collaborative and visualization spaces — present your ideas, refine solutions, and work in professional environments that mirror real workplaces.

Progression & Future Opportunities

Graduating from the Bachelor of Engineering (Honours) (Civil Engineering) Bachelor of Medical Science at UTS opens doors to careers where you can make a real impact — from designing infrastructure that shapes cities to developing health technologies that improve lives. You’ll be ready for roles like Civil Engineer, Biomedical Engineer, Project Manager in infrastructure or health tech, and Research & Development Specialist, combining technical know-how with practical problem-solving:

Here’s how UTS helps you get there:

Career support services: UTS Careers provides personalised guidance for CVs, interview prep, internships, and networking events so you’re fully prepared to step into the workforce.
Employment stats & earnings: Engineering and biomedical roles are in strong demand, with senior technical positions offering competitive salaries and excellent long-term career growth.
Industry partnerships: With more than 1,000 industry partners connected to UTS engineering programs, you’ll get opportunities to collaborate on real projects and build relationships with potential employers before you graduate.
Accreditation & credibility: The Civil Engineering component is fully accredited by Engineers Australia and recognised internationally through the Washington Accord, giving your degree long-term value and professional mobility.
Graduate outcomes: Employers love UTS graduates for their hands-on experience, industry exposure, and ability to work across engineering and medical science teams — making you flexible and highly employable.

Further Academic Progression:
If you want to keep learning after your degree, you can pursue a Master’s in specialised engineering fields, biomedical engineering, or medical research, or even a PhD for research and innovation careers. Postgraduate certificates and diplomas in areas like project management or advanced health technologies are also great options to deepen your expertise and boost your career prospects.