Bachelor of Engineering (Civil and Infrastructure) (Honours)

4 Years On Campus Bachelors Program

RMIT University

Program Overview

The Bachelor of Engineering (Civil and Infrastructure) (Honours) at RMIT University is built for students who want to design and shape the infrastructure that keeps cities running — from transport systems to water networks. It’s a great fit if you enjoy solving practical problems and want a hands-on degree that prepares you for real engineering challenges from day one.

Curriculum structure

Year 1:
You’ll ease into engineering with a strong foundation in maths, design thinking, and problem-solving, while also building teamwork and communication skills. Through subjects like Introduction to Engineering and the Engineers Without Borders Challenge, you’ll already start working on real-world problems with a social impact.

Year 2:
This is where things get more technical. You’ll explore core areas like site investigation, geotechnical engineering, and water and transport engineering, helping you understand how infrastructure is planned and built from the ground up.

Year 3:
Now you start applying what you’ve learned in more advanced areas such as structural engineering, geomechanics, and transport systems. You’ll also get the flexibility to explore interests like Smart Construction or Sustainable Water Management, shaping your degree toward your career goals.

Year 4:
Your final year is all about bringing everything together. You’ll study advanced topics like water resources engineering and infrastructure planning, and complete a major capstone project where you tackle a real industry problem — something you can confidently show future employers.

Focus areas (in a string):

Civil infrastructure design, structural and geotechnical engineering, transport systems, water engineering, sustainable development, smart construction

Learning outcomes (in a string):

Strong engineering design skills, real-world problem solving, sustainability awareness, teamwork and communication, technical and digital capability, project management, professional and ethical practice

Professional alignment (accreditation):

This program is designed to meet the standards of Engineers Australia, putting you on the pathway to becoming a qualified professional engineer.

Reputation (employability rankings):

RMIT is well known for its strong industry connections and practical learning approach, meaning you graduate with experience that employers actually value — not just theory.

Experiential Learning (Research, Projects, Internships etc.)

At RMIT University, this program is designed so you’re constantly doing engineering, not just studying it. You’ll work on real projects, collaborate with classmates, and learn in spaces that mirror actual industry environments : giving you the kind of confidence that only comes from hands-on experience. As you progress, the learning becomes more immersive — combining labs, fieldwork, and industry exposure so you graduate job-ready, not just degree-ready :

•Project-based learning throughout the degree : Instead of relying heavily on lectures, you’ll learn by solving real engineering problems through practical projects, workshops, and team-based activities.
Engineers Without Borders Challenge (Year 1) : Right from the start, you’ll work in teams on a real humanitarian engineering project, building solutions that make a genuine impact while developing teamwork and design skills.
Industry capstone project (final year) : In your final year, you’ll take on a major project linked to real industry challenges, working on complex problems you can showcase to future employers.
Work-integrated learning (WIL) : You’ll complete a minimum of 10 weeks of industry experience, giving you direct exposure to professional engineering environments before you graduate.
Internships and global opportunities : You can explore local internships or even international placements, including longer overseas industry experiences through RMIT’s global network.
Specialised engineering laboratories : You’ll have access to dedicated labs (including facilities at the Bundoora campus) where you can test materials, run simulations, and apply engineering concepts in a practical setting.
Site visits and field experiences : Learning goes beyond the classroom, with opportunities to visit real infrastructure sites and understand how projects come to life on the ground.
Digital tools and learning platforms : You’ll use modern digital resources like simulations, modelling tools, and online engineering platforms to build strong technical skills. Industry-led teaching and input : The course is shaped by industry professionals and advisory groups, so what you learn reflects current engineering practices and employer expectations.
Global study experiences : Opportunities like exchange programs and study tours let you explore engineering in an international context and broaden your perspective.

Progression & Future Opportunities

By the time you graduate from the Bachelor of Engineering (Civil and Infrastructure) (Honours) at RMIT University, you won’t just have theoretical knowledge — you’ll have real, practical experience that employers genuinely look for. That’s why graduates move into roles like civil engineer, structural engineer, construction/project manager, or transport engineer, often working on large-scale infrastructure projects right from the start.

What makes this program stand out is how clearly it connects your studies to real career outcomes :

Career support that actually prepares you : You’ll have access to RMIT’s career services, including resume and interview coaching, industry networking events, and career fairs that connect you directly with employers
Strong industry partnerships : The course is developed with input from leading companies like Arup, Aurecon, Lendlease, and GHD, so what you learn reflects what the industry truly needs
Work-ready before you graduate : With built-in work-integrated learning and industry projects, you’ll already have hands-on experience — something many employers prioritise when hiring
Global recognition of your degree : The program is accredited by Engineers Australia and recognised under the Washington Accord, meaning your qualification is valued internationally
Employment outcomes : RMIT engineering graduates are known for being job-ready thanks to their strong practical training and industry exposure, giving you a competitive edge in the job market
Long-term career growth : Accreditation also sets you up to work towards Chartered Engineer status, which is key if you want to move into senior or leadership roles later in your career

Further Academic Progression:

If you decide to keep studying, you’ve got some great options. You can continue with a Master of Engineering (Civil Engineering) at RMIT University to specialise further in areas like structural or transport engineering, or even move into research through a PhD. Some students also branch into fields like engineering management, opening doors to leadership, consulting, or project director roles in the future.