Bachelor of Engineering(Honours)(Civil engineering) and Biomedical Science

5 Years On Campus Bachelors Program

Monash University

Program Overview

The Bachelor of Engineering (Honours) in Civil Engineering combined with a Bachelor of Biomedical Science at Monash University offers a unique blend of engineering and life sciences. This double degree is designed for students who want to tackle real-world infrastructure challenges while also understanding the science behind human health, preparing graduates for versatile and impactful careers.

Curriculum Structure

Year 1
In the first year, you’ll build a strong foundation in both civil engineering and biomedical science. You’ll study core units such as Mathematics for Engineering and Engineering Structures, while also exploring Biomedical Chemistry, Cells, Tissues and Organisms, and Medical Biophysics. This combination gives you the essential knowledge and skills to succeed in both disciplines.

Year 2
The second year develops your understanding further, with engineering units like Design of Steel and Timber Structures and surveying fundamentals, alongside Molecular Biology, Human Molecular Cell Biology, and Public Health and Preventive Medicine. You’ll learn to approach problems analytically, whether designing sustainable infrastructure or exploring biological systems.

Year 3
By the third year, you’ll engage with more advanced topics, studying transport and water systems, structural analysis, and project management in engineering, alongside Body Systems, Human Genetics, and Microbes in Health and Disease in biomedical science. This year strengthens your ability to apply knowledge from both areas to complex, real-world challenges.

Year 4
In year four, your studies focus on professional engineering practice, geomechanics, and civil design projects, while biomedical science units cover areas like bioinformatics and elective advanced topics. You’ll begin to see the connections between infrastructure development and public health, preparing you to think across disciplines.

Year 5
The final year brings together your learning in capstone projects and professional development. Engineering projects challenge you to solve real-world civil engineering problems, while biomedical science focuses on research methods and diagnostics. By the end of the year, you’ll be prepared to enter the workforce or pursue further study with confidence in both fields.

Focus Areas: civil infrastructure design, water and transport systems, structural analysis, molecular and cellular biology, human health and disease, public health.

Learning Outcomes: graduates will have strong engineering design skills and a solid biomedical science foundation, enabling them to solve complex problems across infrastructure, health, and research contexts.

Professional Alignment (Accreditation): the engineering degree is professionally accredited, ensuring graduates meet the standards for a recognized engineering career.

Reputation (Employability Rankings): Monash is highly regarded for civil engineering, with graduates enjoying strong employment outcomes in both engineering and science-related careers.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Engineering (Honours) in Civil Engineering and Biomedical Science at Monash University, learning goes far beyond lectures and textbooks. You’ll gain practical, hands-on experience that builds the skills employers value, working on real engineering and biomedical projects, solving problems, and collaborating with peers. Monash’s modern facilities, labs, and design studios give you the tools and space to explore ideas, test solutions, and develop professional confidence before you graduate.

Some of the ways you’ll gain practical experience include:

Engineering Practicum and Industry Placements: Through the Engineering Co‑operative Education Program and biomedical science professional experiences, you can complete internships and placements, gaining real exposure to engineering workplaces, biomedical research, and industry projects.

Specialised Labs and Workshops: Work in dedicated facilities such as the Living Laboratory, Structural Laboratory, Geomechanics Laboratory, and Biomedical Learning & Teaching labs, all equipped with advanced tools, instruments, and technology for civil engineering and biomedical experiments.

Team Projects and Design Studios: Collaborate with peers on real-world civil engineering and biomedical challenges, developing both technical and communication skills while simulating professional environments.

Industry-Standard Software and Digital Tools: Use modelling, visualisation, engineering, and biomedical software integrated into your coursework, reflecting the tools you’ll use in your future career.

Hands-On Problem Solving: Units include structural analysis, geotechnical investigations, water systems, transport planning, molecular biology, and human systems, giving you practical experience through labs, fieldwork, and applied design and research projects.

Progression & Future Opportunities

Graduates of the Bachelor of Engineering (Honours) in Civil Engineering combined with a Bachelor of Biomedical Science leave Monash with a unique skill set that opens doors across both infrastructure and health science sectors. You could step into roles such as Civil Engineer, Biomedical Scientist, Infrastructure Project Manager, or Research and Development Officer, all offering strong career growth and the chance to make a real-world impact:

Career support services: Monash’s Career Connect team helps you prepare for the workforce with personalised guidance, interview coaching, CV workshops, networking events, and access to industry mentors.
Strong employment outcomes: Around 93% of civil engineering graduates secure full-time employment within four months of graduating, and the biomedical science skills further widen your career opportunities.
Industry partnerships: Through internships, co-operative education programs, and student-industry projects, you’ll work directly with leading companies and research organisations, gaining hands-on experience that employers value.
Accreditation and long-term value: The engineering component is accredited by Engineers Australia, giving your qualification international recognition and a clear pathway to becoming a chartered engineer.
Graduation outcomes: Beyond technical knowledge, you’ll develop problem-solving, teamwork, and communication skills that are highly valued in both engineering and biomedical science careers.

Further Academic Progression:
After completing this double degree, you could continue your studies in several ways. Many graduates choose postgraduate research or honours programs in engineering or biomedical science to specialise further. Engineering graduates can pursue a Master of Professional Engineering to strengthen their expertise and leadership potential, while biomedical science graduates might continue into fields like medicine, public health, biomedical research, or other specialised scientific disciplines.