Diploma in Mechanical Engineering

About this course

Diploma in Mechanical Engineering develops knowledge and practical capability in engineering design, scientific analysis and technology-based problem-solving. Students build analytical, communication and problem-solving skills through theory and applied learning. Exact modules and practical components vary by institution and study year.

What you may study

Mathematics; engineering sciences; design; technical drawing or modelling; computing; laboratories; projects; and discipline-specific engineering practice. Module names and sequencing must be confirmed in the institution's current curriculum.

Required school subjects

Other admission conditions

For admission to Diploma in Engineering Technology in Mechanical Engineering (DipEng Tech (Mechanical Engineering) at the CUT, candidates must, in addition to the general admission requirements of the CUT, meet the following minimum
requirements: Admission points score of 27 NSC Minimum NSC requirements for degree studies must be met Achievement rating of at least 3 (40-49%) for English Achievement rating of at least 4 (50-59%) for Mathematics and Physical Sciences
N-Courses (FET) 60% pass in N3 Engineering Mathematics and Engineering 50% pass in English (Grade 12 Level) National Certificate Vocational (NCV) Subjects at NCV Level 4 60% in English, Mathematics, Physical Sciences); and 60% in any 3 of the
other compulsory subjects For candidates who matriculated in 2007 or before In addition to the general admission requirements, a minimum mark of 50% on Standard Grade or 40% on Higher Grade in both Mathematics and Physical Science is required
For candidates who completed the NSC in 2008 and thereafter In addition to the general admission requirements, a minimum mark of 50% in both Mathematics and Physical Science is required. Career Opportunities This programme is well-suited to
those with an interest in the design and operation of heavy machinery as well as production and manufacturing engineering. Mechanical engineering technicians could also work with steam plants at power stations, at vulcanising plants, pump
stations and irrigation schemes, and with mining machinery and ore crushers. Manufacturing and production processes (also those used by the food and textile industries), as well as the planning, maintenance and optimisation of processes, are
further facets of this field of study. The services of qualified persons are also often sought in the design of mechanical equipment. A promising future awaits qualified persons as installation engineers, technical representatives, production

Possible study paths

Graduates may progress to doctoral study in a related field, subject to research alignment and the receiving institution's admission requirements. Advanced or postgraduate study in the same engineering discipline, engineering management or a related specialisation, subject to academic results and professional requirements.

Where this qualification may lead

Engineering technologist; design engineer; project technician; production specialist; consulting professional; or technical manager, depending on the discipline and professional registration.