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

5 Years On Campus Bachelors Program

University of Queensland

Program Overview

The University of Queensland Bachelor of Engineering (Honours) (Civil Engineering) with Computer Science is a 5.5-year dual degree that combines designing and building real-world infrastructure with creating smart digital solutions. It’s ideal for students who want to solve complex engineering challenges while also mastering programming, algorithms, and cutting-edge technology, giving you a rare edge in both fields.

Curriculum Structure

Year 1
You’ll start by building a strong foundation in both civil engineering and computer science. Civil courses like Engineering Fundamentals and Structural Mechanics introduce you to design and construction principles, while computer science units such as Algorithms and Programming Logic teach you how digital systems operate — essential skills for future projects.

Year 2
In your second year, your civil engineering studies explore Hydrology and Free Surface Flows and Fundamentals of Transport Engineering, helping you understand how infrastructure interacts with the environment. Computer science continues with Introduction to Information Systems and Discrete Mathematics, sharpening your analytical thinking and problem-solving skills.

Year 3
Year three is about applying what you’ve learned to more complex projects. Civil engineering units include Project Management and Professional Practice, while computer science focuses on advanced software development and algorithms, giving you hands-on experience in solving real-world problems.

Year 4
This year lets you specialise further. You’ll engage with advanced civil engineering topics in design and systems, while your computer science courses might include Machine Learning, Cybersecurity, or Data Science, helping you combine infrastructure with innovative technology solutions.

Year 5 (Honours + Capstone)
In your final year, you’ll complete an honours project in civil engineering and integrate your computing knowledge to create tools, simulations, or data-driven solutions. This capstone project showcases your technical and analytical skills, preparing you for professional work or further study.

Focus Areas

Civil infrastructure design, structural and environmental systems, computational logic, algorithms and data structures, software development, machine learning, cybersecurity

Learning Outcomes

Apply engineering principles to infrastructure challenges, develop and evaluate software systems, integrate civil and computing solutions, and work collaboratively on multidisciplinary projects

Professional Alignment (Accreditation)

Accredited by Engineers Australia, your engineering qualification is recognised nationally and internationally, giving you credibility and career mobility in the profession.

Reputation (Employability Rankings)

University of Queensland is consistently ranked among the top universities globally for engineering and technology, reflecting strong graduate outcomes and respect from employers worldwide.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Queensland Civil Engineering and Computer Science, you don’t just learn theory — you get to roll up your sleeves and apply your knowledge in real-world settings. From hands-on civil engineering labs to coding and software development in computer science, this program gives you practical skills that prepare you for professional challenges. You’ll also work on team projects, visit industry sites, and engage with professionals, building confidence and experience before you graduate:

Here’s what experiential learning looks like in action:

Specialized civil engineering labs: Explore the Structures Lab, Hydraulics Lab, and Concrete Lab, where you can test materials, construct models, and see how engineering principles work in practice.
Computer science labs and software tools: Practice programming, data analysis, algorithms, and simulations using industry-standard software, giving you the skills to tackle digital solutions for real-world problems.
Fieldwork and site visits: Experience surveying, construction, and infrastructure projects firsthand, connecting classroom learning to the real world.
Team-based projects and design challenges: Collaborate with peers on engineering and computing projects, simulating professional problem-solving environments.
Industry workshops and internships: Attend professional workshops, networking events, and placement opportunities that connect you with engineering and tech companies, helping you gain valuable experience and industry insights.

Progression & Future Opportunities

Graduates of the University of Queensland Civil Engineering and Computer Science dual degree leave ready to tackle both technical and digital challenges in the real world. You could step into roles such as a Civil Engineer, Structural Engineer, Software Engineer, or Project Manager — where you’ll design infrastructure, develop software solutions, and manage projects that make a real impact:

How UQ supports your career journey:

Tailored career guidance: The UQ Career Development Centre helps engineering and tech students with resume building, interview coaching, networking events, and access to graduate programs and internships.
Strong employment outcomes: UQ graduates enjoy excellent employability, with typical starting salaries around AU$90,000–110,000, reflecting strong demand in both engineering and tech sectors.
Industry connections: The program has partnerships with leading engineering firms, tech companies, and government agencies, offering mentorship, internships, and exposure to real-world projects.
Accreditation and credibility: Your degree is accredited by Engineers Australia, giving it national and international recognition and long-term professional value.
Graduate-ready skills: You’ll leave with hands-on engineering expertise, practical computing skills, and problem-solving abilities that employers across industries value highly.

Further Academic Progression:
After completing this dual degree, you could continue with a Master of Engineering to specialise in structural, transport, or environmental engineering, or a Master of Computer Science/Information Technology to deepen your digital expertise. For those interested in research, a PhD in engineering or computer science is an option, and professional pathways in project management, sustainable infrastructure, or data-driven engineering are also possible — all enhanced by the combination of engineering and computing skills you’ve developed.