Bachelor of Engineering (Honours) (Double Major) (Civil Engineering and Mining Engineering)

5 Years On Campus Bachelors Program

University of Wollongong

Program Overview

The Bachelor of Engineering (Honours) double major in Civil and Mining Engineering at the University of Wollongong is perfect for students who want to build the infrastructure of tomorrow while exploring the world of mining and resources. You’ll gain practical skills, hands-on experience, and the technical knowledge needed to tackle real-world engineering challenges with confidence.

Curriculum structure

Year 1
Your first year sets the foundation. You’ll get stuck into the basics of engineering, including maths for engineers, mechanics, materials, and introductory design projects. These subjects are all about giving you the problem-solving and analytical skills you’ll need in later years.

Year 2
In the second year, you start to branch into both civil and mining streams. You’ll explore structural analysis, fluid mechanics, and the fundamentals of rock mechanics and mineral extraction. By now, you’ll see how theory meets practice and start thinking like a real engineer.

Year 3
By the third year, things get more specialised. You’ll dive into reinforced concrete, geotechnical engineering, mine planning, and resource systems. Expect a mix of lab work, team projects, and case studies that put your skills into action.

Year 4
The fourth year is all about tackling bigger challenges. Advanced units like structural dynamics, mine safety, and sustainable engineering design push your knowledge further. You’ll work on collaborative projects that simulate real industry problems, honing the skills employers look for.

Year 5
Your final year is the big finish. You’ll complete a major engineering project and a 12-week industry placement, giving you hands-on experience and a chance to show what you’ve learned. It’s all about preparing you for a career where you can make an immediate impact.

Focus areas

Engineering fundamentals, structural systems, geotechnical mechanics, fluid dynamics, mine planning and operations, project design, and real-world industry experience

Learning outcomes

You’ll graduate ready to solve complex engineering problems, communicate confidently with teams, design safe and sustainable systems, and step straight into a professional engineering career.

Professional alignment (accreditation)

The program is accredited by Engineers Australia under the Washington Accord, giving your degree global recognition and opening doors for becoming a registered professional engineer.

Reputation (employability rankings)

UOW is consistently ranked among the top 200 universities worldwide in QS World University Rankings, and its engineering graduates are highly regarded by employers both in Australia and internationally.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Wollongong, studying engineering is about more than just attending lectures — it’s about stepping into the shoes of a professional engineer from day one. You’ll get hands-on experience with real-world tools, technologies, and environments, so you can see exactly how theory translates into practice. Whether it’s designing structures, modelling mining operations, or testing materials in a lab, you’ll develop the confidence and skills to tackle complex engineering challenges. The program is designed to make sure that by the time you graduate, you’re not just familiar with engineering concepts, but you’ve applied them, collaborated with peers, and experienced the pace and expectations of the professional world.

This practical learning happens in multiple ways:

12-week industry placement: In your final year, you’ll complete a compulsory industry placement that immerses you in a real engineering environment. You’ll work on actual projects, meet professional engineers, and build networks that often lead to career opportunities. These placements can be in Australia or overseas, giving you a taste of global engineering practice.
Purpose-built engineering laboratories: UOW has state-of-the-art labs dedicated to civil and mining engineering. You’ll test materials, explore structural mechanics, conduct geotechnical investigations, and run simulations using advanced lab equipment. These labs allow you to experiment and see the immediate results of your designs, bridging the gap between theory and practice.
Collaborative team projects: Throughout the degree, you’ll work on group projects that mirror real-world engineering challenges. These projects teach you teamwork, project management, and problem-solving skills — essential qualities for any professional engineer. You’ll learn to communicate your ideas, negotiate solutions, and take collective responsibility for the outcomes.
Research-linked facilities and institutes: You’ll have access to UOW’s world-class research centres such as the SMART Infrastructure Facility and the Sustainable Buildings Research Centre. These facilities are involved in cutting-edge projects in infrastructure, construction, and sustainability, and students often collaborate with researchers to explore innovative engineering solutions.
Advanced software and digital tools: From the latest CAD software to engineering simulation programs, you’ll work with the same tools used in industry. These digital platforms allow you to model structures, run mining simulations, and plan infrastructure projects with accuracy and efficiency.
Student computer labs and libraries: UOW provides dedicated computing labs with specialized engineering software and high-performance workstations. Combined with the extensive resources of UOW libraries, these spaces give you everything you need to complete assignments, conduct research, and prepare for professional practice.
Field trips and site visits: Throughout the course, you may have opportunities to visit construction sites, mining operations, and infrastructure projects, giving you real-world insight into engineering challenges and practices. Experiencing these environments firsthand makes your learning more tangible and memorable.

Progression & Future Opportunities

Graduating from this double-major engineering degree gives you the skills and confidence to step straight into exciting careers where you can really make a difference — from designing major infrastructure projects to planning and managing mining operations or leading sustainable engineering initiatives. You’ll be ready for roles where you can see the real-world impact of your work, and employers will value the practical experience and problem-solving skills you’ve gained:

Typical job roles you might pursue: civil engineer, mining engineer, project manager, geotechnical engineer — working in consulting firms, government agencies, or resource companies.
Career support at UOW: The Careers and Employability team helps with resume writing, interview prep, job boards, workshops, and networking events to make sure you’re prepared for your first professional role.
Industry partnerships: UOW has strong links with engineering companies that provide project briefs, sponsor student work, and offer internships — so you can start building your professional network before you graduate.
Employment outcomes: Many graduates move directly into full-time engineering roles, thanks to the hands-on experience, industry projects, and career support provided throughout the degree.
Accreditation benefits: The program is accredited by Engineers Australia under the Washington Accord, meaning your degree is recognised internationally — perfect if you ever want to work overseas.

Further Academic Progression:
After completing this honours degree, you could continue your studies with a Master of Engineering, Master of Engineering Management, or research in areas like structural engineering, mine systems, or sustainable infrastructure. Postgraduate study opens doors to senior technical roles, leadership positions, or research careers, and UOW provides the pathways and guidance to make that next step smooth and meaningful.