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

5 Years On Campus Bachelors Program

Monash University

Program Overview

If you’re passionate about both scientific discovery and practical engineering, this double degree at Monash University offers a unique blend of civil engineering and science. You’ll learn how cities and infrastructure are designed, built, and maintained, while also gaining a strong foundation in scientific principles that can be tailored to your interests.

Curriculum Structure

First Year
In the first year, you’ll develop core skills in mathematics, physics, and engineering principles, laying the foundation for both degrees. You’ll also explore introductory science subjects alongside engineering design concepts, giving you a clear understanding of how theory translates into practical solutions. These units help you build problem-solving, teamwork, and analytical skills that will be essential in later years.

Second Year
Year two focuses on civil engineering fundamentals such as structures, geomechanics, transport, and water systems. You’ll learn to analyse and design bridges, roads, drainage, and foundations while continuing your chosen science major. The combination of engineering theory and scientific methods allows you to approach problems in a rigorous, practical way.

Third and Fourth Years
In these years, you’ll advance your knowledge of civil engineering through specialised units and hands-on projects. You’ll also have flexibility to choose science electives that complement your engineering path, such as environmental science or computational modelling. This stage develops your technical expertise, research skills, and creative problem-solving abilities.

Fifth Year
Your final year integrates your science studies with an engineering capstone project. You’ll demonstrate leadership, research, and technical skills through complex projects that simulate real-world challenges. This year prepares you to enter the workforce with confidence or continue on to postgraduate study.

Focus Areas

Civil infrastructure, structural design, geomechanics, water and transport systems, scientific research methods.

Learning Outcomes

You will gain the ability to design and analyse complex civil systems, apply scientific principles to engineering problems, solve real-world challenges, communicate effectively across disciplines, and carry out professional-level research and project work.

Professional Alignment

This program is aligned with the competencies required by Engineers Australia, ensuring that graduates are well-prepared for professional practice in civil engineering.

Reputation

Monash University’s engineering programs are highly regarded internationally, with strong research capabilities and excellent graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Engineering (Honours) in Civil Engineering and 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 scientific 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 industry-linked opportunities, you can complete internships and placements, gaining real exposure to engineering workplaces, infrastructure projects, and applied scientific research.
Specialised Labs and Workshops: Work in dedicated facilities such as the Living Laboratory, Structural Laboratory, Geomechanics Laboratory, and other science labs, all equipped with advanced instruments, tools, and technology for civil engineering and scientific experiments.
Team Projects and Design Studios: Collaborate with peers on real-world civil engineering and science challenges, developing both technical and communication skills while simulating professional environments.
Industry-Standard Software and Digital Tools: Use modelling, visualisation, engineering, and scientific 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, and scientific research methods, giving you practical experience through labs, fieldwork, and applied design and research projects.

Progression & Future Opportunities

Graduates from this double degree are well‑prepared to step into careers where they can design, build, manage and improve vital infrastructure while applying scientific insight. Many find roles that combine engineering practice with analytical and research‑based problem solving. Typical job paths include working as a civil engineer, infrastructure project manager, transport planner, or water resources engineer.

Here’s how Monash helps you transition from study to career success:

Career Ready support and services: Monash’s Career Connect team helps you prepare professional resumes, practise interviews, access employer events and find internships, giving you a strong foothold in the job market.
Strong employment outcomes: Around 93.3% of Monash civil engineering graduates secure full‑time employment within four months of finishing their degree, showing strong demand for skills gained through this course. 
Industry partnerships and real work experience: Through the Engineering Co‑operative Education Program and industry‑linked placements you can build real professional experience and networks with employers before you graduate.
Accreditation and long‑term value: The civil engineering component of this degree is accredited by Engineers Australia, ensuring your qualification meets recognised professional standards and supports mobility in engineering careers both in Australia and overseas. 
Graduate destinations: Monash civil engineering alumni find opportunities across sectors such as government infrastructure, construction, transport and consulting, working with well‑known organisations on major projects.

Further Academic Progression:

After completing this double degree, you have solid pathways to continue your studies. Many students choose to pursue honours research, a master’s degree in specialised areas of engineering such as transport, water or structural engineering, or advanced scientific research in fields aligned with their science major. You could also consider postgraduate degrees such as the Master of Engineering to deepen technical expertise or explore emerging areas like sustainable infrastructure and advanced computational modelling. These options can open doors to leadership, research or specialised technical roles over the long term.