Bachelor of Engineering (Civil and Construction Engineering) (Honours), Bachelor of Science (Mining)

5 Years On Campus Bachelors Program

Curtin University Perth

Program Overview

At Curtin University in Perth, this double degree in Civil and Construction Engineering (Honours) and Mining is all about preparing you for large, real-world projects — from building infrastructure to developing mining operations. If you’re interested in working on major sites, solving practical challenges, and being part of industries that shape economies, this program gives you the right mix of skills to get there.

Curriculum Structure

Year 1
You’ll ease into the course by building a strong foundation in both engineering and science. Units like Engineering Foundations, Linear Algebra, and Chemistry for Engineers help you develop problem-solving skills and understand the basics behind how engineering systems work.

Year 2
This is where things start to feel more hands-on and industry-focused. You’ll study Mechanics of Structures and Construction Materials, while also getting introduced to mining through units like Introduction to Mining and Earth Materials, giving you a clear picture of both fields.

Year 3
Now you begin connecting theory to real-world applications. You’ll explore Geotechnical Engineering and Fluid Mechanics, alongside Mining Systems and Mine Development, helping you understand how engineering decisions impact both construction and mining operations.

Year 4
At this stage, your learning becomes more advanced and practical. Units like Structural Design and Construction Project Management are combined with Mine Planning and Rock Mechanics, so you start thinking like a professional managing complex projects.

Year 5
Your final year brings everything together. You’ll work on a major capstone project that reflects real industry challenges, alongside advanced units such as Transport Engineering and Mine Design — giving you the confidence to step straight into the workforce.

Focus Areas (in a string):
civil engineering, construction management, mining engineering, geotechnical engineering, infrastructure development, mine planning

Learning Outcomes (in a string):
design and manage civil and mining projects, understand how infrastructure and mining operations connect, solve complex engineering challenges, analyse ground and environmental conditions, work effectively in multidisciplinary teams

Professional Alignment (accreditation):
The engineering component is accredited by Engineers Australia, meaning your qualification is recognised internationally under the Washington Accord.

Reputation (employability rankings):
Curtin University is highly regarded globally and performs strongly in the QS World University Rankings, especially for engineering and mining, with a strong focus on graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

At Curtin University, this program is very much built around learning by doing — which makes sense given how hands-on both civil engineering and mining are. You won’t just study concepts in a classroom; you’ll experience what it’s like to work on real sites, use industry-style equipment, and understand how large-scale projects actually operate. One of the most unique parts of this degree is the time you’ll spend in Kalgoorlie, where you get a real feel for mining environments and operations.

Here’s how that practical experience comes together throughout your degree:

You’ll spend a full year at Curtin’s Kalgoorlie campus, where you’re immersed in a real mining environment and learn how operations, safety, and site management work on the ground
The program includes at least 12 weeks of professional experience, giving you the chance to work in industry and build connections before you graduate
You’ll go on field trips and site visits, so you can see construction and mining projects up close and understand how theory translates into practice
You’ll learn in specialised engineering facilities, including structural, geotechnical, and construction labs where you test materials and analyse real engineering systems
Many units involve team-based projects, helping you build collaboration and communication skills that are essential in both engineering and mining industries
You’ll be exposed to modern engineering tools and digital technologies, which are used to analyse data, design systems, and manage projects
Curtin’s research centres and institutes connect your learning to real industry challenges, especially in areas like infrastructure monitoring and structural performance
You’ll also complete practical certifications like Senior First Aid, preparing you for real-world site environments where safety is a priority

Progression & Future Opportunities

Graduating from this double degree at Curtin University gives you a real advantage because you’re skilled in both civil engineering and mining — two industries that go hand in hand in large-scale projects. That means you’re not limited to one path; you could step into roles like civil engineer, mining engineer, geotechnical engineer, or site/construction engineer depending on what excites you most. It’s a flexible career start, with opportunities across infrastructure, resources, energy, and transport:

Curtin’s Careers and Employability team supports you with everything from resume building and interview prep to career fairs and employer connections
You’ll complete at least 12 weeks of professional experience, which helps you graduate with real industry exposure and often opens doors to job offers
The course is shaped with strong industry input, so what you’re learning is aligned with what employers actually need on-site and in projects
You’ll benefit from Curtin’s research and industry links, including centres focused on infrastructure and engineering innovation, giving you insight into real-world challenges
Graduates move into sectors like mining, construction, transport, and energy, taking on roles that involve both technical work and project delivery
Your qualification is accredited by Engineers Australia, which means it’s recognised internationally and supports long-term career mobility
By the time you graduate, you’ll have a well-rounded, industry-ready skillset, combining technical knowledge with practical experience

Further Academic Progression:
If you decide to take things further, this degree gives you a solid pathway into postgraduate study. Many students go on to complete a Master of Engineering Management or specialised engineering master’s degrees, while others choose research options like a PhD if they’re interested in innovation or academic careers.