Bachelor of Engineering (Mechatronics) Honours

4 Years On Campus Bachelors Program

Edith Cowan University

Program Overview

Program Overview
The Bachelor of Engineering (Mechatronics) Honours at Edith Cowan University (ECU) is a dynamic and forward-thinking degree that brings together mechanical, electrical, and electronic engineering. You’ll learn how to design and develop intelligent machines, robotic systems, and advanced manufacturing technologies. This program is ideal for students who are fascinated by automation, robotics, and the growing world of smart systems — and who want to gain hands-on, multidisciplinary engineering expertise.

Curriculum Structure

Year 1 – Your first year builds a strong foundation in mathematics, physics, and core engineering principles. You’ll take introductory units such as Applied Mathematics and Introduction to Physics, while developing essential problem-solving and analytical skills. This year also gives you flexibility to explore different engineering disciplines — and even the option to switch majors if you find a new area that inspires you.

Year 2 – In your second year, you’ll start to merge mechanical and electrical engineering concepts through subjects like Engineering Mechanics, Analogue and Digital Electronics, and Signal Analysis. You’ll learn how to integrate mechanical systems with electronic components and control technologies — gaining the technical fluency needed for more advanced mechatronic design.

Year 3 – By third year, you’ll move beyond theory into system design and real-world integration. Units such as Electromechanical Systems, Industrial Control, and Robotics focus on combining sensors, actuators, control logic, and mechanics to create functional mechatronic systems. You’ll develop stronger practical skills in design, simulation, and testing.

Year 4 (Honours Component) – Your final year centres on project-based learning and advanced specialisation. You’ll work on an individual or team honours project, applying everything you’ve learned to solve real engineering problems. You’ll also take advanced topics in areas such as automation and machine design, building readiness for professional practice and industry innovation.

Focus Areas

Intelligent machines and robotics
Advanced manufacturing and automation
Sensors and actuators
Mechanical–electrical system integration
Control systems and industrial control

Learning Outcomes
Graduates of the program will be able to:

Combine mechanical and electrical engineering principles to design and develop mechatronic systems
Analyse and solve complex, multidisciplinary engineering problems
Manage engineering projects from concept through to implementation
Work effectively in professional teams
Communicate technical concepts clearly and confidently in industry settings

Professional Accreditation
This program is fully accredited by Engineers Australia, which means it meets the national standards for professional engineering education. Graduates are recognised as eligible for Professional Engineer status in Australia and internationally through the Washington Accord.

Reputation and Employability
ECU is known for its strong industry connections and student-focused learning environment. The Faculty of Engineering is highly regarded for its emphasis on hands-on experience, employability, and practical application. Students benefit from excellent support services, modern facilities, and a curriculum designed in collaboration with industry — ensuring graduates are ready for the workforce and the future of intelligent engineering systems.

Experiential Learning (Research, Projects, Internships etc.)

Here’s how experiential learning truly comes to life in the Bachelor of Engineering (Mechatronics) Honours at Edith Cowan University (ECU) — you won’t just learn about engineering, you’ll live it. From day one, you’ll get hands-on experience with real machines, cutting-edge tools, and collaborative projects that mirror what happens in the industry every day.

You’ll develop practical skills in ECU’s state-of-the-art facilities, including the Robotics Lab, Advanced Manufacturing Laboratory, Electronic Systems Lab, Mixed Reality Laboratory, and more. Every class is designed around doing — not just listening — so you’ll explore how mechanical, electrical, electronic, and software systems all work together in the world of mechatronics.

You’ll also build key teamwork and problem-solving skills through group design projects that reflect real engineering challenges, preparing you to think like an engineer from the very start.

Experiential Learning Highlights

Access to specialised laboratories:
Get hands-on in the Robotics Lab, Structural Mechanics Lab, Advanced Manufacturing Lab, Electronic Systems Lab, Mixed Reality Lab, and Thermodynamics Lab — all equipped with industry-grade technology.

Project-based learning:
Work on real design and development challenges through units such as Mechanical Design and Development, Microprocessor Systems, and Robotics 1, where you’ll create and test your own mechatronic systems.

Mastering key software and digital tools:
Gain experience with essential technologies like computer-aided design and manufacturing (CAD/CAM) and microprocessor systems — skills that are in high demand across industries.

Teamwork and leadership opportunities:
Collaborate with students from different engineering disciplines on multidisciplinary projects that help you grow as both a team player and a project leader.

Industry-relevant and accredited learning:
The program is fully accredited by Engineers Australia, ensuring your studies align with the professional standards and expectations of the global engineering industry.

Internships and career support:
Through ECU’s dedicated career services and the Handshake platform, you’ll have access to internships, networking events, and job opportunities that help you transition smoothly from university to your engineering career.

In this program, you’re not just studying engineering — you’re doing it. You’ll graduate with a strong theoretical foundation, hands-on experience, and the confidence to take on complex engineering problems in the real world.

Progression & Future Opportunities

Graduate Outcomes Summary

Graduates from ECU’s Mechatronics Engineering program are ready to step into exciting, high-tech industries like automation, robotics, and advanced manufacturing. You could start your career in roles such as Mechatronics Engineer, Robotics Engineer, or Automation Engineer, and as you progress, you’ll be well-prepared to move into specialist technical or leadership positions across a wide range of sectors.

Future Progression & Opportunities

How ECU Helps You Get Employed

ECU provides dedicated career and student support services tailored for engineering students, including scholarship guidance, placement support, and industry networking opportunities.
There’s a strong focus on industry-linked learning, with work-integrated learning placements and industry partnerships that connect you directly with employers.
You’ll gain hands-on experience through project-based learning, practical labs, and real-world industry projects, helping you build the confidence and skills that employers look for.

Employment Outlook and Salary Potential

While exact salary data for this program isn’t published, ECU reports that its engineering graduates enjoy strong employability and high earning potential.
Engineering professionals in Australia typically progress to six-figure salaries in advanced or senior roles, with ECU graduates employed across manufacturing, mining, defence, automation, transport, and consulting sectors.

Industry Partnerships and Connections

The School of Engineering at ECU works closely with industry partners to ensure the course reflects real-world needs.
Students benefit from industry-based projects, placements, and mentoring opportunities, as well as teaching staff who bring deep professional experience and active industry networks.
These connections mean you’ll graduate with both the technical foundation and professional awareness that employers value highly.

Accreditation and Global Recognition

This degree is professionally accredited by Engineers Australia and recognised under the Washington Accord.
That means your qualification is internationally recognised, allowing you to work in many countries without needing to requalify.
In the long term, this global accreditation enhances your career mobility, employability, and professional credibility—whether you stay in Australia or take your skills overseas.

Graduate Outcomes

Once you complete your degree, you’ll be ready for positions such as Mechatronics Engineer, Robotics Engineer, or Automation Engineer.
You’ll also graduate with a broad multidisciplinary skill set that combines mechanical, electrical, electronic, control, and automation engineering—making you highly adaptable and valuable across industries that need engineers who can bridge multiple technical domains.

Further Academic Progression

After earning your Bachelor of Engineering (Mechatronics) (Honours), you can continue your academic journey with a Master of Engineering or other specialist postgraduate programs in areas such as robotics, automation systems, or advanced manufacturing.
Your accreditation and multidisciplinary foundation will set you up for advanced research, technical leadership, or management roles—whichever direction your career takes you.