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

5 Years On Campus Bachelors Program

University of Wollongong

Program Overview

The 5‑year Bachelor of Engineering (Honours) (Scholar) with a double major in Civil and Mining Engineering at the University of Wollongong is designed for high-achieving students who want to make a real impact in infrastructure and resource industries. You’ll learn the fundamentals of engineering, dive into advanced technical subjects, and gain practical, industry-ready skills that prepare you to tackle real-world challenges from day one.

Curriculum structure

Year 1
Your first year is all about building a solid foundation. You’ll explore units like Engineering Mechanics, Materials in Design, Foundations of Engineering Mathematics, and Engineering Computing and Analysis. These subjects give you the problem-solving, analytical, and technical skills that you’ll use throughout your degree — everything from understanding forces on structures to using computers to model solutions.

Year 2
In the second year, you start branching into both civil and mining streams. You’ll study Mechanics of Solids, Engineering Fluid Mechanics, Construction Materials, Surveying, and Surface and Underground Mining Methods. By now, you’ll see how theory meets practice, learning how structures behave, how fluids flow in systems, and how mining operations are designed and managed safely.

Year 3
Year three takes you deeper into technical engineering. Units like Structural Design, Geomechanics, Mine Ventilation, and Computer Modelling in Civil Engineering give you hands-on experience with real-world challenges. You’ll develop digital modelling skills, analyze complex systems, and start thinking like a professional engineer.

Year 4
In the fourth year, you’ll tackle advanced topics such as Hydraulics and Hydrology, Foundations of Mine Planning, Construction Management, and Health & Safety in Mines. You’ll also work on team-based projects and simulations that mirror real industry scenarios, helping you gain confidence and professional insight before entering the workforce.

Year 5
Your final year is the culmination of everything you’ve learned. You’ll take advanced units like Principles of Foundation Engineering, Mine Planning and Development, Civil Engineering Design, and complete a substantial Professional Experience project or Honours thesis. This year is about applying your knowledge to real projects, honing leadership skills, and demonstrating you’re ready for a career in engineering.

Focus areas

civil infrastructure design, structural analysis, geotechnical and geomechanics, hydraulics and hydrology, mining operations and planning, digital modelling, professional engineering practice

Learning outcomes

By the end of this degree, you’ll be able to solve complex engineering problems across civil and mining disciplines, design safe and sustainable systems, work effectively in teams, and communicate professionally in engineering environments.

Professional alignment (accreditation)

This degree is accredited by Engineers Australia under the Washington Accord, which means your qualification is internationally recognised and sets you on the path to becoming a registered professional engineer.

Reputation (employability rankings)

The University of Wollongong is consistently ranked among the top universities worldwide, with its engineering courses recognised for high-quality teaching, practical training, and strong graduate employability — a signal to employers that UOW engineers are ready to hit the ground running.

Experiential Learning (Research, Projects, Internships etc.)

At UOW, learning engineering goes far beyond lectures — you’ll be actively solving real challenges, using industry‑relevant tools, and learning inside facilities that professionals use every day. Civil and mining engineering students benefit from specialist labs, collaborative design projects, research‑linked environments, and a structured industry placement that connects you directly with employers. With state‑of‑the‑art spaces like the Sustainable Buildings Research Centre and access to advanced computer labs, you’ll develop practical skills and confidence that make you job‑ready from day one rather than just exam‑ready.

Here’s how your hands‑on experience will really take shape:

12‑week industry placement: As part of your Scholar degree, you’ll complete 12 weeks of paid, hands‑on engineering experience with a real employer in Australia or overseas — a fantastic chance to apply what you’ve learned, build industry networks, and add real work skills to your resume.
Collaborative project work: Throughout your degree you’ll work on industry‑aligned projects that mirror real engineering problems — from designing infrastructure solutions to planning safe and efficient mining operations — building teamwork, communication and real technical skills.
Purpose‑built engineering facilities: UOW engineering students use fully equipped laboratories and industry‑standard computer‑aided software tools that mirror those used in modern civil and mining workplaces. These facilities support learning in areas like structural mechanics, materials testing and systems modelling.
Sustainable Buildings Research Centre: This world‑class facility lets you see sustainability innovation in action — from building energy performance testing to advanced modelling and decision support systems that help make infrastructure more efficient and resilient.
SMART Infrastructure Facility: As part of the broader engineering community at UOW, you’re connected to the SMART Infrastructure Facility — a dedicated research environment where big‑picture problems like urban systems, transport planning and infrastructure resilience are addressed.
Student computer labs and IT resources: Dedicated labs on campus give you reliable access to specialised engineering software, computing power for simulations and modelling, and support for advanced technical coursework.
Interdisciplinary research culture: You study within a faculty that works closely with research centres across fields — from infrastructure protection to mining safety — meaning your projects and placements are informed by cutting‑edge developments in the industry.

These experiences aren’t just add‑ons — they’re built into how UOW’s civil and mining engineering degree prepares you to graduate confidently with both the knowledge and the practical experience employers are looking for.

Progression & Future Opportunities

Graduating from the Bachelor of Engineering (Honours) (Scholar) double major in Civil and Mining Engineering at UOW opens doors to exciting careers where you can make a real impact on the world. You could be designing major infrastructure as a Civil Engineer, planning safe and efficient operations as a Mining Engineer, managing projects as a Project Manager, or specialising as a Geotechnical or Structural Engineer. UOW sets you up for success in all these paths by giving you both the technical know-how and real-world experience employers are looking for:

Personalised career support: UOW’s Careers & Employability team is there for you every step of the way — from career coaching and resume workshops to mentoring programs and internship guidance — helping you land your first professional role with confidence.
Proven employability: UOW graduates are highly regarded by employers, with surveys showing strong satisfaction in job readiness and professional skills, giving you an edge when applying for competitive positions.
Industry connections: Through partnerships and capstone projects, you’ll tackle real engineering challenges set by industry partners, gaining exposure, mentorship, and networking opportunities with top employers.
Professional accreditation: Your degree is accredited by Engineers Australia under the Washington Accord, which not only validates your skills nationally but also gives your qualification global recognition — perfect for long-term career growth and international opportunities.
Diverse career paths: With a mix of civil and mining expertise, you can work in consulting, construction, resource management, infrastructure planning, or sustainability projects, giving you flexibility and choice in your career.

Further Academic Progression:
If you want to continue learning after graduation, UOW offers postgraduate paths like the Master of Engineering, Master of Engineering Management, or research-focused PhD programs. These options let you specialise in areas like structural systems, resource engineering, or sustainable infrastructure, building expertise that can take your career even further.