Bachelor of Engineering Technology in Electrical Engineering

The field of electrical engineering is concerned with the study and application of electricity and electromagnetism.

Essential to our modern infrastructure and conveniences, electrical engineers employ their skills across a large number of specialisations, including the design of household appliances, lighting, building wiring and telecommunication systems, as well as power generation, transmission, distribution and utilisation.

With this qualification you will have acquired the essential knowledge which underpins both electrical and other engineering sub-disciplines. More importantly, you will be able to be registered as an Electrical Engineering Technologist after completing the prescribed work experience requirement.

Gain a comprehensive understanding of electrical engineering through a carefully structured programme:

Year	Module Name	NQF level	CREDITS
Year 1	Engineering Mathematics 1	5	15
	Electrical Circuit Theory and Analysis	5	15
	Engineering Dynamics and Mechanics	5	15
	Engineering Design and Drawing	5	15
	Industrial Experience Research Project – Part A	5	10
	Engineering Programming	6	15
	Fundamentals of Electronics	6	15
	Physics and Chemistry for Engineers	6	15
	Industrial Experience Research Project – Part B	6	10
	Mechanics of Machines	6	15
	Engineering Mathematics 2	6	15
Year 2	Engineering Mathematics 3	7	15
	Transformers and Switchgear	6	15
	Rotating Electrical Machines	6	15
	Project Planning, Management & Costing – Part A	6	10
	Power Generation, Transmission and Distribution	6	15
	Electrical Safety, Earthing and Lightning Protection	6	15
	Power Electronics and Variable Speed Drives	6	15
	Power Quality and Energy Efficiency	6	15
	Project Planning, Management & Costing – Part B	6	10
	Power System Protection	7	15
Year 3	Electrical Utilisation Engineering	7	15
	Power Generation	7	15
	Electrical Control Circuits and PLC Programming	7	15
	Technology, Sustainability and Society – Part A	7	5
	Data Communication for Power System Monitoring	7	15
	Final Year Project (Electrical Engineering)	7	40
	Technology, Sustainability and Society – Part B	7	5
		HANDS-ON WORKSHOPS
	Hands-on Workshop 1: Measurement Science (Year 1, Semester 2)	5	5
Additional Modules	Hands-on Workshop 2: Power and Control (Year 2, Semester 1)	5	5
Additional Modules	Hands-on Workshop 3: Transmission and Protection (Year 2, Semester 2)	6	5
	Hands-on Workshop 4: Industrial Design (BEE) (Year3, Semester 1)	6	5
	Total credits (completed in all three years)		20
	TOTAL CREDITS		425

At ECST, you’ll gain industry-focused, hands-on learning that equips you with the skills and knowledge employers truly value. Our programmes are designed by industry professionals to meet the demands of the local and global engineering sectors.

What makes ECST different:

Industry-aligned curriculum built by experts
Blended learning model (on-campus & online)
Real-world experience through workshops and projects
Clear progression pathway to international master’s degrees
Centrally located campus in Midrand
Supportive environment with dedicated Learning Support Officers and experienced lecturers

Learn more here.

Applicants must meet the following minimum criteria:

National Senior Certificate, National Certificate, or equivalent (NQF Level 4)
English ≥ 50%
Mathematics/Technical Mathematics ≥ 60%
Physical/Technical Science ≥ 50%
Basic computer literacy

Alternative Entry:

Applicants with previous work experience, relevant learning and knowledge could enter the programme through a Recognition of Prior Learning (RPL) process
Applicants who will be turning 23 or above in their first year of study could be submitted subject to obtaining an exemption certificate from the Matriculation Board.
Applicants aged 45 years and above can be submitted subject to obtaining mature age exemption from the Matriculation Board

Support to meet requirements: ECST provides guidance for students needing to upgrade English or Mathematics skills.

Graduates will have diverse employment opportunities to pursue careers as registered Professional Engineering Technologists*. They can work across manufacturing, industrial, chemical, military, mineral processing, and mining sectors, in roles such as engineering technology positions and entry-level management in areas such as:

Electrical system planning, design and development
Power supply, distribution and transmission
Electrical commissioning and power production management
Renewable energy
Electrical instrumentation and control
Electronics research, design and testing
Operations, maintenance, field services and technical support
Electrical project management and business development
Radio and television broadcasting
Mining

*Pending ECSA registration

Designed to develop the next generation of electrical engineers, this programme supports students from diverse educational backgrounds to launch successful careers in the engineering industry.

School leavers aiming for a career in electrical engineering
TVET college graduates seeking to upgrade qualifications
Anyone meeting entry requirements and interested in electrical engineering

Our flexible, blended learning approach combines on-campus lectures, online study, and practical workshops.

Blended Learning Approach:

Year 1: Full-time, on-campus lectures in Midrand
Year 2: Hybrid (on-campus + online)
Year 3: Fully online with contact workshops

Contact Sessions: Lectures, tutorials, collaborative activities, labs, and personalised support.

Online Delivery: Live interactive sessions, recorded tutorials, e-library access, remote and virtual labs, and simulation software.

Hands-on labs and workshops ensure that you gain real-world engineering skills and practical experience from day one.

Real-time remote and virtual labs for engineering tasks
Hands-on workshops for equipment handling, safety, experimentation, and teamwork
Use of industry-standard engineering software and hardware

At ECST, students have access to a range of learning materials and academic support resources designed to enhance their studies.  Recommended textbooks and reference materials are made available through the campus library or electronic platforms.

Students also benefit from digital learning tools that provides students with access to relevant and credible academic content to support their studies.

ECST students benefit from learning guidance and expert support throughout their learning journey.

Technical support for learning management systems and online resources
Dedicated Learning Support Officers
Academic support from Lecturers

Week	Date	Event
Week 0 – Orientation Week	Tuesday, 23 February 2027	Registration Day
	Wednesday, 24 February 2027	Operations Orientation
	Thursday, 25 February 2027	Academic Orientation
	Friday, 26 February 2027	Fun Day
Week 1 – Campus Opens	Monday, 1 March 2027	Campus Opens

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