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

5 Years On Campus Bachelors Program

University of Queensland

Program Overview

The University of Queensland Bachelor of Engineering (Honours) (Civil Engineering) / Science is a dual degree designed for students who want to combine technical engineering expertise with a deep understanding of scientific principles. It’s perfect for those aiming to innovate in infrastructure, research, or technology-driven projects, equipping you with both analytical and practical skills to tackle complex problems.

Curriculum Structure

Year 1
Your first year lays the groundwork with core engineering and science units. You’ll study Engineering Fundamentals and Structural Mechanics while exploring scientific foundations through courses like Principles of Physics and Chemistry for Engineers, building the essential knowledge to integrate engineering with scientific inquiry.

Year 2
In year two, you deepen your understanding of civil engineering systems and scientific methods. Units such as Hydrology and Free Surface Flows and Transport Engineering Fundamentals develop your engineering skills, while science courses like Biology for Engineers or Materials Science enhance your analytical and research capabilities.

Year 3
By the third year, you begin to tackle more complex challenges. Civil engineering units like Project Management and Professional Practice and Structural Design equip you to manage projects and solve practical engineering problems, while science subjects such as Environmental Systems or Data Analytics for Scientists strengthen your research and analytical skills.

Year 4
Year four focuses on advanced civil engineering and scientific specialisations. You’ll engage with Environmental Engineering and Construction Management alongside Advanced Physics or Advanced Chemistry, applying your knowledge to real-world infrastructure and research challenges.

Year 5 (Honours + Capstone)
Your final year combines an honours project in civil engineering with a capstone science project, letting you apply both engineering and scientific skills to solve real-world problems. This year is designed to prepare you for professional practice, research, or further studies, integrating practical experience with high-level analysis.

Focus Areas

Civil infrastructure design, structural engineering, environmental systems, project management, scientific analysis, research methodologies

Learning Outcomes

Apply engineering and scientific principles to complex problems, design sustainable infrastructure, conduct research, and integrate analytical and practical skills to innovate in both engineering and science fields

Professional Alignment (Accreditation)

Accredited by Engineers Australia, providing professional recognition nationally and internationally

Reputation (Employability Rankings)

University of Queensland is highly ranked globally for engineering and science, reflecting strong employability and respect from employers worldwide

Experiential Learning (Research, Projects, Internships etc.)

At the University of Queensland Civil Engineering and Science dual degree, you’ll move beyond theory to gain hands-on experience that bridges engineering and scientific research. You’ll work in specialised labs, use professional software, and participate in fieldwork that mirrors real-world engineering and scientific challenges. Collaborative projects, internships, and industry engagement give you the confidence and skills to step straight into professional roles:

Experiential learning in action includes:

Civil engineering laboratories: Access the Structures Lab, Hydraulics Lab, and Concrete Lab to test materials, construct models, and analyse structural performance.
Scientific labs and research facilities: Use cutting-edge labs like the Environmental and Materials Science Labs to conduct experiments and explore practical scientific applications.
Fieldwork and site visits: Participate in surveying, construction site visits, and environmental assessments to see engineering and science in practice.
Team-based projects and interdisciplinary challenges: Collaborate on projects that combine civil engineering design with scientific research, simulating professional problem-solving environments.
Software and digital tools: Gain experience with engineering and scientific software for modelling, data analysis, and simulation, enhancing your technical proficiency.
Industry placements and workshops: Engage with engineering firms, research institutes, and environmental organisations for internships, mentorship, and hands-on experience in real-world projects.

Progression & Future Opportunities

Graduates of the University of Queensland Civil Engineering and Science dual degree leave with a unique combination of technical, analytical, and research skills that are highly valued across industries. You could pursue roles such as Civil Engineer, Structural Engineer, Environmental Consultant, or Research Scientist — positions where you’ll design infrastructure, analyse data, and contribute to innovative solutions in both engineering and science:

How UQ supports your career journey:

Tailored career services: The UQ Career Development Centre provides engineering and science students with personalised guidance, including resume and interview preparation, workshops, networking events, and access to graduate programs and internships.
Employment outcomes and salary figures: Graduates enjoy strong employability, with typical starting salaries ranging from AU$85,000–105,000, reflecting demand for interdisciplinary expertise.
Industry partnerships: The program has active collaborations with leading engineering firms, research institutes, and environmental organisations, offering mentorship, real-world projects, and internship opportunities.
Accreditation and professional value: The engineering component is accredited by Engineers Australia, ensuring national and international recognition and long-term professional credibility.
Graduate-ready skills: You’ll leave with hands-on engineering experience, scientific research capability, analytical skills, and problem-solving expertise that prepare you for diverse career pathways.

Further Academic Progression:
After completing this dual degree, you could pursue a Master of Engineering or Master of Science to specialise in structural, environmental, or materials engineering, or in scientific research fields. For those aiming for advanced research, a PhD in engineering or applied science is also an option, along with professional certifications in project management, sustainable infrastructure, or scientific analysis — all strengthened by your dual expertise in engineering and science.