Bachelor of Engineering (Mechanical) (Honours)

4 Years On Campus Bachelors Program

University of Adelaide

Program Overview

Program Overview:
The Bachelor of Engineering (Mechanical) (Honours) at the University of Adelaide gives you a solid foundation in mechanical engineering — from solid mechanics and dynamics to thermodynamics, fluid mechanics, and control systems — all while providing hands-on design experiences and industry placements.

If you’re curious about how machines, systems, and materials work together, and excited by real-world engineering challenges such as renewable energy, smart devices, or advanced manufacturing, this program could be the perfect fit for you.

Curriculum Structure:

Year 1:
You’ll start with broad engineering fundamentals and build your skills in mathematics, physics, programming, and design. Courses like Engineering Programming, Engineering Design and Prototyping, and Engineering Materials give you the essential tools and methods you’ll keep using throughout your degree.

Year 2:
This year focuses more on core mechanical engineering topics. You’ll dive into Solid Mechanics, Dynamics, Thermodynamics, Fluid Mechanics, and Manufacturing Processes. Labs and design-build workshops help you see theory come to life.

Year 3:
Here you deepen your expertise with advanced courses such as Acoustics and Vibrations, Control Systems, and Computer-Aided Design. You’ll also work on a larger design project, giving you the chance to start focusing on your areas of interest.

Year 4:
In your final year, you’ll enjoy flexibility and specialization through electives, and complete a major industry-oriented research or design project. This is your opportunity to specialize in areas such as renewable energy, advanced material mechanics, or robotics, and bring together everything you’ve learned into a substantial piece of work.

Focus Areas:
Mechanical design and build, fluid and solid mechanics, dynamics and vibrations, thermodynamics, control systems, manufacturing processes, and elective specializations like renewable energy, advanced materials, or robotics.

Learning Outcomes:
Graduates will be able to:

Apply engineering sciences to practical problems
Design innovative, safe, and sustainable mechanical systems
Communicate effectively and work well in teams
Lead projects and adapt to emerging engineering practices
Uphold professional and ethical standards

Professional Alignment (Accreditation):
This program is accredited by Engineers Australia, meaning graduates are eligible for professional engineering membership and ready to practice in recognised industries.

Reputation and Employability:
The University of Adelaide is ranked 82nd globally in the 2025 QS World University Rankings and is #1 in South Australia for graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

If you’re looking for a practical, career‑ready engineering degree, the Bachelor of Engineering (Mechanical) (Honours) at the University of Adelaide is designed with exactly that in mind. From day one, you’ll be hands-on: working in labs, using industry-standard digital tools like CAD software, collaborating on real-world projects, and spending time in the field or workplace under supervision. You won’t just study machines, materials, and mechanics—you’ll engineer them.

Here’s how the program helps you develop real skills and work experience:

Experiential learning highlights include:

Design-and-build group projects where you and your peers tackle complex mechanical engineering challenges together in a workshop environment.
Work placements of up to around 450 hours in industry, giving you guided experience in a real engineering setting.
A major honours research project in your final year, letting you lead an investigation or develop solutions in mechanical engineering.
Access to state-of-the-art facilities and digital tools: you’ll use computer-aided engineering and design software alongside physical fabrication and workshop environments.
Professional practice courses covering team-based work, risk assessment, industry standards, and professional engineering experience—preparing you to step straight into industry.
Opportunities across both the Adelaide City and Mawson Lakes campuses, giving you access to labs, computing facilities, and prototype workshops tailored for engineers.

By the time you graduate, you’ll not only understand mechanical engineering theory—you’ll have built things, used real tools and software, worked in teams, and gained industry experience. If you enjoy solving tangible problems, designing machines, and turning your ideas into prototypes or real systems, this program gives you the perfect platform to do it.

Progression & Future Opportunities

Future Progression & Opportunities

As a graduate of this program, you’ll be well-prepared to take on roles such as Mechanical Engineer, Design Engineer, Project Engineer, or Manufacturing/Process Engineer — tackling real-world systems, machines, and technological transitions. With a solid technical foundation and hands-on industry experience, you’ll be positioned for strong career growth in Australia and beyond.

Here’s how your future path is supported:

University services: The program includes work-integrated learning with up to 450 hours of industry placement, giving you real exposure to engineering practice. You’ll also have access to career services, portfolio development, workshops, and professional skills training embedded throughout the degree.

Employment stats and salary figures: Engineering graduates in Australia enjoy strong employment outcomes, with around 87% securing full-time roles shortly after graduation. For mechanical engineers in Adelaide, average earnings are around A$84,000 per year, with experienced professionals earning well above A$100,000.

University–industry partnerships: The School of Electrical & Mechanical Engineering has strong connections with national and international government bodies, businesses, and research organizations. The university also collaborates with major industry partners, including significant agreements for research in areas like energy and advanced technologies.

Long-term accreditation value: This four-year professional honours degree combines rigorous theory with practical, hands-on learning. You’ll graduate not only with a strong understanding of mechanical engineering fundamentals but also with experience in design, build, and real-world projects.

Graduation outcomes: By the time you finish, you’ll have mastered core subjects like solid mechanics, fluid mechanics, thermodynamics, and dynamics. You’ll also have applied these skills in multiple industry placements, design-and-build projects, and a major honours research project.

Further Academic Progression: After completing your honours degree, you could continue with postgraduate studies such as a Master of Professional Engineering (Mechanical) or specialised Master’s and PhD programs in areas like advanced manufacturing, robotics/mechatronics, sustainable energy systems, or aerospace engineering. This can further deepen your technical expertise and open doors to senior engineering roles, research leadership, or academic careers.