Bachelor of Engineering (Honours)(Civil)/Bachelor of Mathematics

5 Years On Campus Bachelors Program

Queensland University of Technology

Program Overview

The Bachelor of Engineering (Honours) (Civil Engineering) / Bachelor of Mathematics at Queensland University of Technology is a double degree that combines practical civil engineering training with strong mathematical and analytical expertise. It is designed for students who enjoy problem-solving and want to apply advanced mathematics to real-world engineering, infrastructure, and data-driven decision-making.

Curriculum Structure

Year 1

In your first year, you build essential foundations in both engineering and mathematics. You’ll study units such as Engineering Mathematics, Introduction to Civil Engineering, Calculus and Linear Algebra, and Mathematical Foundations, developing strong analytical and problem-solving skills.

Year 2

The second year deepens your technical understanding of both disciplines. You’ll explore Structural Mechanics, Fluid Mechanics, Discrete Mathematics, and Statistical Methods, learning how mathematical principles support engineering design and analysis.

Year 3

In year three, your learning becomes more applied and integrated. Units such as Geotechnical Engineering, Transportation Engineering, Differential Equations and Modelling, and Numerical Methods help you apply mathematical modelling to real infrastructure systems.

Year 4

This year focuses on advanced civil engineering design and higher-level mathematics. You’ll study Reinforced Concrete Design, Engineering Project Management, Advanced Statistics, and Optimisation Techniques, preparing you for complex problem-solving in engineering projects.

Year 5

In your final year, you complete advanced coursework and a major research project that combines engineering and mathematics. You’ll undertake a Civil Engineering Honours Project and a Mathematics Research or Applied Modelling Project, applying both disciplines to real-world challenges.

Focus Areas (in a string):

Civil engineering design, applied mathematics, structural engineering, optimisation, data analysis, geotechnical engineering, transport systems, mathematical modelling

Learning Outcomes (in a string):

Apply advanced mathematical techniques to engineering problems, design and evaluate civil infrastructure systems, develop analytical and modelling skills, solve complex engineering challenges, and communicate technical findings effectively

Professional Alignment (Accreditation):

Accredited by Engineers Australia, ensuring strong international recognition and professional engineering standards.

Reputation (Employability Rankings):

Queensland University of Technology is recognised for strong teaching quality and industry engagement, with global recognition reflected in rankings such as QS World University Rankings for employability and graduate outcomes.

Experiential Learning (Research, Projects, Internships etc.)

At the Bachelor of Engineering (Honours) (Civil Engineering) / Bachelor of Mathematics at Queensland University of Technology, learning is very hands-on and strongly focused on applying mathematical thinking to real engineering problems. You’ll move beyond theory by working on design projects, simulations, and problem-solving tasks that reflect real civil engineering challenges such as infrastructure planning, structural analysis, and transport systems. The combination of engineering and mathematics means you’ll regularly use data modelling, computational tools, and analytical methods to understand and improve real-world systems.

Students also learn in collaborative environments where teamwork, experimentation, and applied research are central. This helps you develop both technical engineering skills and strong mathematical reasoning needed in industry:

Engineering & Mathematics Integrated Learning Spaces : Participate in studio-style learning where you combine civil engineering design with mathematical modelling, optimisation, and data analysis to solve infrastructure problems
Advanced Software & Computational Tools : Work with CAD design systems, structural analysis software, MATLAB, and statistical computing tools used for engineering modelling and mathematical simulation
Project-Based Group Work : Complete collaborative projects involving infrastructure design, data analysis, and mathematical modelling of real engineering systems such as bridges, roads, and drainage networks
Work-Integrated Learning Opportunities : Gain industry exposure through internships and applied learning programs supported by Queensland University of Technology, connecting students with engineering and technical organisations
Specialist Facilities & Research Resources : Access engineering laboratories, computing labs, and advanced learning environments, along with the QUT Library for research materials, technical references, and academic support

Progression & Future Opportunities

Graduates of the Bachelor of Engineering (Honours) (Civil Engineering) / Bachelor of Mathematics at Queensland University of Technology are highly sought after because they combine strong engineering capability with advanced analytical and problem-solving skills. This makes you especially valuable in industries where data, modelling, and infrastructure design all work together.

You could build a career as a civil engineer, infrastructure analyst, data-driven engineering consultant, transport modeller, or systems engineer, working on projects that require both technical design and mathematical precision:

Career Development & Employability Support: Queensland University of Technology provides dedicated career services including personalised career coaching, resume and interview support, employer networking events, and industry mentoring programs
Employment Outcomes & Salary Range: Engineering and mathematics graduates are in strong demand in Australia, with starting salaries typically ranging from AUD $65,000–$95,000+, with strong growth in analytics and engineering consultancy roles
Industry Partnerships & Real-World Exposure: The program is connected with engineering firms, government infrastructure agencies, and analytics-focused organisations, offering internships, project collaborations, and applied industry experience
Professional Accreditation Value: The civil engineering component is accredited by Engineers Australia, ensuring international recognition and strong professional standing in engineering practice
Graduate Outcomes: Students graduate with strong mathematical reasoning, computational modelling, and engineering design skills, enabling them to solve complex infrastructure and data-driven engineering challenges

Further Academic Progression:
After completing this double degree, students can continue into postgraduate study such as a Master of Engineering, Master of Applied Mathematics, Master of Data Science, or research-based higher degrees, leading to advanced careers in engineering, analytics, research, or technical consultancy roles.