IIE Bachelor of Engineering in Electrical and Electronic Engineering (5yr)

Are you driven by curiosity, powered by problem-solving?

Lead the future of energy and technology with an ECSA-accredited engineering degree.

About this qualification

The IIE Bachelor of Engineering in Electrical and Electronic Engineering programme, available at Emeris, is accredited by the CHE and by the Engineering Council of South Africa (ECSA). The Engineering Council of South Africa is the only signatory in Africa to the Washington Accord, therefore allowing for global recognition.

The shortage of skilled electrical engineers has a widespread effect on South Africa and the African continent at large, affecting the country’s functioning in the globalised business environment and economy. Upon graduating with this electrical engineering degree, your skills will be in high demand, making you sought after by potential employers.

You will be well-prepared to enter the industry upon graduating. Unlike traditional engineering programmes, the IIE Bachelor of Engineering in Electrical and Electronic Engineering programme will expose you to the role of engineering in the real world as early as the first year of the programme. Our programme ensures that you are equipped with first-hand experience of the value that engineering adds to improving the quality of lives in communities.

This Electrical and Electronic Engineering qualification will provide you with the basic skills, knowledge and insights to reach a deeper understanding of managing the built environment, through the application of the principles learnt throughout the programme.

The IIE Electrical and Electronic Engineering programme is offered in two streams; namely the four-year mainstream programme and the five-year extended programme. The purpose of the extended programme is to offer students the opportunity to complete the first two years of the mainstream programme over a period of three years. The credit allocation for the first two years of the programme will therefore be spread over three years and allow the student to make a smooth transition into tertiary education.

Course

Admission requirements

Minimum Admission Requirements:
  • National Senior Certificate (NSC): Higher Certificate pass with English at 50%, Maths at 60%, and Physical Science at 50%.
  • National Certificate (Vocational) [NC(V)]: Higher Certificate pass with English at 50%, Maths at 60%, and Physical Science at 50%.
  • Senior Certificate (SC): Endorsement required with English at 50%, Maths at 60%, and Physical Science at 50%.
  • Senior Certificate (Amended) [SC(a)]: Bachelor pass with English at 50%, Maths at 60%, and Physical Science at 50%.
  • International Applicants: USAf Exemption Certificate with 50% or equivalent for English AND 60% or equivalent for Maths AND 50% or equivalent is also required for either Physical Science or both Physics and Chemistry.

For alternative admission options, please click here or reach out to student recruitment. Please note, requirements for entry to this qualification are correct at the time of publication, however, these may change.

Curriculum

Year 1 – Semester 1
  • Basic Concepts in Physics
  • Basic Mathematical Concepts
  • Chemistry of Engineering Materials
  • Engineering Design Graphics
Year 1 – Semester 2
  • Advanced Mathematical Concepts
  • Basics of Electrical and Optical Physics
  • Chemical Reactions in Engineering
  • Mechanics: The Interaction of Forces
Year 2 – Semester 3
  • Basic Accounting and Analysis
  • Differential and Integral Calculus
  • Electrical Engineering Fundamentals
  • Innovation and Creative Thinking
  • Introduction to Programming for Engineers
Year 2 – Semester 4
  • Advanced Differential and Integral Calculus
  • Financial Accounting
  • Multidisciplinary Applied Community Projects
  • Strength of Materials under Simple Loading Conditions
Year 3 – Semester 5
  • Basic Analogue Electronics
  • Electromagnetic Theory
  • Financial Management for Engineers
  • Fundamental Principles in Machine Dynamics
  • Introduction to Computer Simulations
Year 3 – Semester 6
  • Digital Electronics
  • Economic Decision Making for Sustainability
  • Mechanics of Fluid Flow Systems
  • Sociological Perspectives of Development
  • Thermodynamic Properties of Fluids
Year 4 – Semester 7
  • Advanced Analogue Electronics
  • Digital Systems
  • Instrumentation and Measurement
  • Numerical Methods
  • Power Systems
  • Signals and Systems
  • Software Design and Hardware Interfacing
Year 4 – Semester 8
  • Communication for Development
  • Design Project
  • Embedded Systems
  • Power Electronics
  • Signal Processing
  • Statistical Methods
  • Telecommunication Systems
Year 5 – Semester 9
  • Control Systems and Automation
  • Entrepreneurship for Engineering
  • Power Generation and Renewable Energy
  • Project Management
  • Advanced Power Systems (Elective)
  • Computer Networks (Elective)
  • Data Communications (Elective)
  • Electrical Machines (Elective)
  • High Voltage Engineering (Elective)
  • Image Processing (Elective)
Year 5 – Semester 10
  • Design Project for Electrical & Electronic Engineering
  • Research Project for Electrical & Electronic Engineering
  • Engineering Graduate Attribute Competence (Electrical and Electronic)

Study further with our pathways

Currently there are no post-graduate study opportunities in Civil Engineering at Emeris. However, graduates from this programme will be able to pursue post-graduate studies at other South African and international universities that offer post-graduate programmes.

Contact your nearest Emeris campus to discuss your career options with one of our Student Advisors

Accreditation

The IIE Bachelor of Engineering in Electrical and Electronic Engineering is accredited by the Council on Higher Education (CHE) and is registered by the South African Qualifications Authority (SAQA) on the National Qualifications Framework (NQF) as a 604-credit qualification on level 8 (SAQA ID: 101433). The Bachelor of Engineering in Electrical and Electronic Engineering is accredited by the Engineering Council of South Africa (ECSA), aligning with the Washington Accord for international qualification recognition.

Career opportunities

  • Electrical Maintenance Engineer: Management and maintenance on electrical systems in production plants and mining.
  • Electronics Design Engineer: Design of PCB circuitry and embedded systems.
  • Power Systems Engineer: Part of a team that develops and maintains power generation and distribution of the electrical grid.
  • Control Systems Engineer: Design and implement automation systems within industrial plants.
  • Quality Control / Testing Engineer: Responsible for performing tests, conduct analyses and documentation to ensure industry compliance and quality.
  • Field Service Engineer: Installs, maintains and verifies system electrical systems on-site.
  • Project Engineer: Oversees engineering projects, coordinating design, budget, and deliverables.
  • R&D Engineer: Focuses on experiments and the development of sensor/interfacing systems.

Teaching and Learning strategy

At Emeris, we believe that effective teaching is about creating experiences that foster student growth. Our academic team design activities that challenge students and identify their strengths, allowing for real-time adaptation in the learning journey. By combining subject expertise with teaching insights and digital tools, we extend learning beyond the classroom. This approach ensures students not only keep up but thrive.

Programme information

Duration

5 years full-time


Intakes

February



Mode/s of study


Information

  • Bachelors Degree
  • Course code: BEEE0801
  • NQF Level: 8
  • Credits: 604
  • SAQA ID: 101433

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