Bachelor of Engineering (Mechanical) Honours

4 Years On Campus Bachelors Program

Edith Cowan University

Program Overview

Program Overview
The Bachelor of Engineering (Mechanical) Honours at Edith Cowan University equips students with a solid foundation in mechanical systems, design, and manufacturing, combining theoretical knowledge with hands-on, project-based learning. This program is ideal for curious problem-solvers who enjoy practical engineering challenges and aspire to lead in technology-driven industries.

Curriculum Structure

Year 1: Students begin with eight core units common across all engineering disciplines, offering a broad introduction to engineering principles. This includes foundational studies in mathematics, physics, and engineering design, giving students flexibility to explore different engineering pathways before specializing.

Year 2: The focus shifts to the fundamentals of mechanical engineering, including materials science, statics and dynamics, and computer-aided design and manufacturing. Students develop practical skills in industrial maintenance and mechanical design, building a strong base for advanced topics in later years.

Year 3: Students delve into specialized mechanical engineering subjects such as electromechanical systems, structural analysis, and advanced mechanical design. The curriculum emphasizes project development, teamwork, and problem-solving, allowing students to apply their knowledge to real-world engineering challenges.

Year 4: The final year consolidates technical expertise while preparing students for professional practice. Students engage in capstone projects and advanced mechanical engineering topics, enhancing analytical skills and leadership abilities essential for workforce readiness.

Focus Areas: Mechanical systems design, materials science, manufacturing, electromechanical systems, structural analysis, motorsports engineering

Learning Outcomes: Apply engineering principles to complex mechanical problems, develop advanced design and analytical skills, execute project-based solutions, and demonstrate leadership in technical teams

Professional Alignment (Accreditation): Accredited as an Australian Qualifications Framework (AQF) Level 8 Bachelor Honours Degree

Reputation (Employability Rankings): ECU is recognized for high-quality teaching with 18 consecutive 5-star ratings in the Good Universities Guide and ranks among the world’s top young universities under 50 years old

Experiential Learning (Research, Projects, Internships etc.)

Experiential Learning

At ECU, the Bachelor of Engineering (Mechanical) Honours program is designed to give students hands-on experience from day one. You’ll not only build a strong theoretical foundation in mechanics, mathematics, and engineering design, but you’ll also develop practical skills through real-world projects, collaborative teamwork, and industry-relevant applications. The program encourages active learning in cutting-edge facilities, helping you transition confidently into professional engineering roles.

Students benefit from a variety of experiential learning opportunities that connect theory with practice:

Project-Based Learning: Engage in team projects that solve real engineering problems, fostering collaboration and project management skills.
Specialist Motorsports Stream: Optional focus on automotive design and motorsports engineering for practical experience in high-performance mechanical systems.
Laboratories & Research Facilities: Access to dedicated engineering and materials science labs for hands-on experimentation, testing, and design.
Computer-Aided Design (CAD) & Digital Tools: Gain proficiency in industry-standard software for design, modeling, and manufacturing processes.
Industrial Exposure: Practical insights into industrial maintenance, electromechanical systems, and advanced mechanical design through applied learning.
Teamwork & Leadership Development: Group projects and collaborative tasks help develop leadership and communication skills essential for professional engineers.
Industry Engagement & Internships: Opportunities to engage with industry projects, preparing students for workforce readiness upon graduation.
Access to ECU Libraries & Institutes: Extensive academic resources and specialized institutes support research, project development, and independent learning.
Field-Based Learning: Hands-on experience in real-world mechanical systems, from structural analysis to manufacturing processes.

Progression & Future Opportunities

Progression & Future Opportunities
Graduates of this program are well-prepared to take on roles where they design, develop, and lead mechanical engineering projects across a variety of industries. Common career paths include Mechanical Engineer, Design Engineer, Project Engineer, and Maintenance Engineer.

ECU’s Student Services and Career Hub offer dedicated support to help you prepare for the workforce, including resume guidance, interview workshops, and advice for securing industry placements. As part of the program, you’ll complete at least 12 weeks of professional practice in industry, giving you hands-on experience before you graduate.

In Australia, around 85% of engineering graduates secure full-time employment within six months of finishing their studies, with a median starting salary of approximately AUD $67,600.

ECU’s School of Engineering has strong industry connections with leading organisations such as Schneider Electric, specialising in automation and control technology, and Magellan Power, focusing on renewable energy storage solutions.

This degree is professionally recognised and accredited by Engineers Australia, ensuring your qualification meets high standards and adds long-term value to your career.

Graduates leave with strong analytical, teamwork, and project leadership skills, ready to pursue opportunities in manufacturing, transport, defence, aerospace, resources, or consulting.

Further Academic Progression
After completing this degree, you could continue your studies with a Master’s in Mechanical Engineering or another specialised engineering field. You could also explore research opportunities through a PhD. Alternatively, adding complementary qualifications such as an MBA or specialisations in areas like aerospace systems, renewable energy, or advanced manufacturing can open doors to leadership and research roles.