Bachelor of Engineering (Honours)(Civil Engineering) / Science (Computer Science)

5 Years On Campus Bachelors Program

University of New South Wales

Program Overview

The Bachelor of Engineering (Honours) / Science (Computer Science) at UNSW Sydney is a five‑year double degree that gives you a strong foundation in both Civil Engineering and Computer Science. It’s perfect for curious, hands-on students who want to design and build infrastructure while also developing coding, software, and problem-solving skills that employers really value.

Curriculum Structure

Year 1 – Building the Basics
In your first year, you’ll get grounded in the essentials with courses like Introduction to Engineering Design and Innovation (DESN1000), Mathematics 1A (MATH1131), and Programming Fundamentals (COMP1511). You’ll learn how engineers think, understand core physics and materials, and start writing code — all the building blocks for both civil and computing careers.

Year 2 – Strengthening Core Skills
Year two dives deeper. You’ll tackle Data Structures and Algorithms (COMP2521) and Software Engineering Fundamentals (COMP1531) for computing, while Mechanics of Solids (ENGG2400) and Engineering Design and Professional Practice (DESN2000) grow your civil engineering skills. This is where problem-solving becomes more applied, whether it’s designing software or analysing structural forces.

Year 3 – Applying Knowledge
By the third year, you’ll start combining theory with real projects. You’ll do a Computer Science Project (COMP3900) and study Structural Analysis and Modelling (CVEN2303) and Soil Mechanics (CVEN3202). You’ll get hands-on with software and infrastructure systems, seeing how your ideas work in practice.

Year 4 – Advanced Learning & Specialisation
In year four, you’ll tackle advanced civil courses like Concrete Structures (CVEN3304), Water and Wastewater Engineering (CVEN3502), and Transport and Highway Engineering (CVEN3401). You can also explore computing electives in areas like security, databases, or networks, shaping your skills to match your career goals.

Year 5 – Capstone & Industry Experience
Your final year focuses on putting it all together. You’ll complete a Civil Engineering Thesis (CVEN4050/4051), participate in real-world projects, and finish computing electives that could include advanced or research-led topics. The program also includes 60 days of industry experience, so you graduate confident and work-ready.

Focus areas: Civil engineering design and infrastructure, programming and software development, engineering project management, computing systems.

Learning outcomes: Solve complex engineering and computing problems, design safe and sustainable infrastructure, develop software solutions, and communicate effectively across disciplines.

Professional alignment (accreditation): Engineering (Honours) is accredited by Engineers Australia, while the computing component is recognised for strong industry relevance.

Reputation (employability rankings): UNSW Engineering is ranked #1 in Australia and #25 globally, and its Computer Science program is ranked #4 in Australia — a strong signal to employers worldwide.

Experiential Learning (Research, Projects, Internships etc.)

At UNSW, you won’t just sit in lectures — you’ll be learning by doing from the very first year. This program is built so you can take what you learn in the classroom and apply it in real-world settings, whether it’s designing structures, coding software, or solving engineering challenges. You’ll work on projects with other students, get guidance from expert academics, and experience the kind of work that professionals do every day:

Here’s how you’ll gain practical experience:

Team Projects with ChallENG: Work in groups to tackle real problems from industry, blending civil engineering and computer science skills to come up with solutions that really matter.
Work Integrated Learning & Internships: Complete at least 60 days of hands-on experience in professional workplaces, helping you build confidence, connections, and a real sense of what it’s like to work in your field.
Top-Notch Engineering Labs: Test and model materials and structures in labs like the Water Research Laboratory, Infrastructure Laboratory, and Heavy Structures Laboratory.
Specialized Computing Labs: Use state-of-the-art tech, including Virtual Reality setups, robotics arenas, and coding suites, to explore AI, software, and system design.
Research Opportunities: Get involved in cutting-edge projects through UNSW’s School of Computer Science and Engineering and facilities like the Mark Wainwright Analytical Centre.
Professional Software & Tools: Learn to use the same software engineers and programmers use in the real world, from design and simulation tools to coding platforms.

Progression & Future Opportunities

Graduating from the Bachelor of Engineering (Honours) / Science (Computer Science) at UNSW Sydney gives you a unique edge in the job market, combining civil engineering skills with computing expertise. You’ll be ready for careers like Civil Engineer, Software or Systems Developer, Project Manager, or Data & Technology Consultant — roles where you can solve real-world problems and shape the infrastructure and technology of the future:

Here’s how UNSW helps you turn your degree into a successful career:

Career Services & Support: UNSW Careers & Employment offers personalised guidance on CVs, interviews, job hunting, and networking, along with programs like the STEM Career Launchpad to build practical workplace skills before you even graduate.
Strong Employment Outcomes: UNSW graduates are among the most employable in Australia, with recognition as having the Most Employable Students multiple years in a row, giving you confidence that your degree leads to real opportunities.
Industry Partnerships: Through initiatives like the ChallENG program, you’ll work with leading companies such as Google, Microsoft, Atlassian, Commonwealth Bank, and Honeywell, opening doors to internships, projects, and graduate roles.
Accreditation & Professional Value: The engineering component is fully accredited by Engineers Australia, meaning your qualification is recognised globally and meets professional standards sought by employers.
Diverse Graduate Opportunities: With skills in both civil infrastructure and computing, you can work in sectors ranging from construction and transport to tech, consulting, government, and research, giving you flexibility and choice in your career.

Further Academic Progression:

Pursue a Master of Engineering or Master of Computer Science to gain advanced skills in design, systems, or research.Explore Honours or PhD pathways for those interested in research or academia.Take professional development courses or graduate certificates to specialise in areas like sustainable infrastructure, AI, or cybersecurity.