Programme
Overview
The Diploma in Agricultural Engineering is a three-year qualification comprising 360 credits that combines engineering principles with agricultural applications to support sustainable and efficient food production systems.
This career-focused programme is designed to equip students with the scientific, technical, and practical competencies required to apply engineering solutions within agricultural environments.
The programme integrates theoretical knowledge, practical training, and industry-based learning to prepare graduates for technical and operational roles in the agricultural engineering sector.
It draws on disciplines such as engineering, agricultural sciences, environmental management, and technology to address the demands of modern farming and agro-industrial practices.
Emphasis is placed on innovation, sustainability, resource efficiency, and the use of appropriate technologies to improve agricultural productivity and environmental stewardship.
Programme
Purpose
The Diploma in Agricultural Engineering equips students with the technical knowledge, practical skills, and vocational training required to support sustainable agricultural production and processing systems.
The qualification focuses on maximising agricultural production, improving efficiency, and promoting environmentally sustainable practices through the application of engineering principles.
It prepares graduates for careers in agricultural engineering and related industries, while meeting
the educational requirements for registration as a Professional Engineering Technician with the
Engineering Council of South Africa.
Programme
Description
The qualification is accredited by the Council on Higher Education (CHE), recognised by the Engineering Council of South Africa (ECSA) and registered on the South African Qualifications Authority (SAQA).
Furthermore, to support the programme the institute is the member of South African Institute for Agricultural Engineers.
The Diploma in Agricultural Engineering equips students with the technical knowledge, practical competencies, and engineering skills required for the design, operation, maintenance, and management of agricultural technologies and systems.
The programme provides a strong foundation in engineering principles while addressing the technological and environmental challenges associated with modern agriculture and food production systems.
The qualification covers major areas of specialization, including:
Farm Structures
Focusing on the planning, design, construction, operation, and maintenance of agricultural buildings, storage facilities, animal housing, greenhouses, and related farm infrastructure to support efficient agricultural production systems.
Irrigation and Drainage
Dealing with the design, installation, operation, and management of efficient water supply, irrigation, and drainage systems to promote sustainable crop production, water conservation, and soil management.
Farm Mechanization
Emphasizing the selection, operation, servicing, maintenance, and management of agricultural machinery, equipment, and mechanized farming systems to improve productivity and operational efficiency.
Precision Agriculture
Introducing advanced agricultural technologies such as sensors, Global Positioning Systems (GPS), Geographic Information Systems (GIS), automation, drones, and data-driven farm management systems to optimize productivity, resource utilization, and environmental sustainability.
Food Processing Engineering
Focusing on the processing, preservation, packaging, storage, quality control, and value addition of agricultural products to enhance food safety, reduce post-harvest losses, and support agro-processing industries
The programme combines theoretical learning with practical laboratory and field-based training to ensure that students develop industry-relevant technical skills.
The final phase of the qualification includes a structured Work-Integrated Learning (WIL) component, during which students are placed in agricultural engineering environments to gain hands-on industry experience and apply theoretical knowledge to real-world agricultural and engineering challenges.
The qualification is aligned with the increasing demand for sustainable agriculture, climate-smart farming, precision agriculture, and efficient food production systems.
Graduates are prepared to contribute meaningfully to commercial agriculture, agro-processing industries, rural development initiatives, and subsistence farming systems through the application of innovative and sustainable engineering solutions
Department
Lecturers
Mr Seluleko Hadebe
Senior Lecturer -Candidate Engineer
- BSc (Honours) in Agricultural Engineering and a Postgraduate Certificate in Education (PGCE)
Ms Zizipho Ndzumo
Lecturer - Candidate Engineer
- MSc in Sustainable Agriculture, BTech in Water Engineering, Postgraduate Diploma in Project Management, National Diploma in Civil Engineering
Ms Itumeleng Manailana
Lecturer - Professional Engineer (Pr. Eng.)
- BSc (Honours) in Agricultural Engineering
Mr Nkosingiphile Cele
Lecturer - Candidate Engineer
- BSc (Honours) in Agricultural Engineering
Mr Thembelani Nomvete
Technician - Candidate Engineer
- National Diploma in Mechanical Engineering, a Trade Test in Mechanical Engineering, Certificate in Project Management
Admission
Requirements
National Senior Certificate or equivalent
Applicants must have:
• Mathematics: Level 4 (50–59%)
• English: Level 4 (50–59%)
• Any three Science subjects: Level 4 (50–59%)
National Certificate (Vocational) – NCV Level 4
Applicants must have:
• Mathematics: Level 4
• English: Level 4
• Four vocational subjects in:
o Primary Agriculture or
o Engineering-related programmes
Qualification
Graduate Attributes
The Diploma in Agricultural Engineering in alignment with ECSA standards develops graduates
who can apply engineering knowledge and practical skills to solve agricultural engineering
problems, improve productivity, and support sustainable agricultural systems.
Graduates are equipped with competencies in engineering design, problem-solving, communication, teamwork, ethical practice, and the use of modern engineering tools and technologies, preparing them for professional practice and lifelong learning in the engineering sector.
Career