Bachelor of Engineering Technology

If you like technology and problem-solving, the Bachelor of Engineering Technology (Mechanical and Manufacturing) could be good for you, humanity and the planet.

In this course, you’ll gain the skills to develop and manufacture products that are needed by the world such as supply chain engineer and industrial engineer.

Develop your skills and knowledge of engineering professional practice in our state-of-the-art facilities. Learn from highly skilled trainers with decades of experience and benefit from our strong ties with industry, through work-integrated learning, including internships and industry projects.

Pathway to a mechanical and manufacturing engineering tech degree

Enter the three-year Bachelor of Engineering Technology (Mechanical and Manufacturing) after:
• Completing high school
• Successful completion of the Diploma of Engineering Technology 2229VIC may gain you credit transfers based on subjects you’ve studied.

If you don’t already have a Diploma you can earn your Diploma at Chisholm – we offer courses from Certificates to Degrees to help you pathway to your degree.

What you’ll learn

• To work to professional practice levels and ethics expected by Engineers Australia and the Australian Government.
• Advanced skills in problem-solving, industrial automation, engineering system design, advanced manufacturing processes, computer-aided design and workplace training.
• All the advanced and necessary knowledge typical of an engineering course from foundation mathematics to the materials and physical sciences, and computer-aided design (CAD).
• To evaluate and analyse the fundamental concepts, ideas processes and products involved in managing complex engineering projects.
• The fundamental principles of how to lead and manage teams in multidisciplinary and multicultural workplaces.

How you’ll learn

• On campus, in industry-standard facilities such as the structural mechanics lab, thermodynamics lab, material testing lab, fluid mechanics lab, manufacturing lab, prototyping lab, and CAD/CAM lab.
• Through hands-on learning, with equipment such as collaborative robots (cobots), vision systems, hydraulic and pneumatic systems and programmable logic controllers (PLCs).
• By taking on projects, on briefs provided by industry. Work on topics related to production engineering, manufacturing, component design and more.
• With supported learning, ongoing feedback and more contact hours per week, compared to at university.
• With student services and student support for both domestic students and international students, whether you’ve got questions about your core units, credit points or advanced standing.