Bachelor of Engineering Technology (Mechanical)

Mechanical engineering technologists design and advise on the building and repair of machines and tools. They could spend their day determining the requirements of the production manager, carrying out feasibility studies, researching the use of energy sources, machinery and materials, using CAD software to model plans or preparing drawings of machines or machine parts.

 

This programme is for those who want a career in engineering. Students will learn theory and practical skills using technology in our engineering labs. The Bachelor of Engineering Technology is accredited by the Institution of Professional Engineers New Zealand (IPENZ). 

 

First year

Students will study mechanical engineering theory and then put learning into practice through project work. Students will study six standard engineering courses plus two courses specific to their major, mechanical engineering, in the first year.

 

Second year

Students will study mechanical production, manufacturing processes, fluid mechanics, heat transfer, and the strength of different materials and product design in their second year of study.

 

Third year

The third year involves a major project linked to industry; students will continue with specialist subjects to provide in-depth knowledge of various mechanical infrastructures' operation and design requirements.

 

View programme modules

Design Factory NZ

In their third year of study, students can apply to study the 30 credit Design Factory NZ module. This experience teaches a range of problem-solving methodologies, which students will apply to a real-world challenge provided by an industry partner. Students will work in a multi-disciplinary team alongside students from engineering, business, IT, sport and exercise science, media arts, and more. 



Joining Design Factory NZ will provide students with the opportunity to learn and work in new ways, prototype solutions to complex problems, and develop their soft skills of creativity, empathy and communication - all in high-demand for the workplace of the future.