Entry requirements for Electrical and Electronics Engineering
Minimum Admission Requirements: Electrical Engineering 4-year programme
National Senior Certificate (NSC)
Bachelor pass with English (50%) and Mathematics (70%) and Physical Science (60%)
National Certificate (Vocational) (NC(V))
Bachelor pass with English (50%) and Mathematics (70%) and Physical Science (60%)
Senior Certificate (SC)
Endorsement with English (50%) and Mathematics (70%) and Physical Science (60%)
Senior Certificate (Amended) (SC(a))
Bachelor pass with English (50%) and Mathematics (70%) and Physical Science (60%)
Where applicants have not met the minimum entry requirements,
but have obtained at least 45% in English, 55% in Mathematics
and 45% in Physical Science, they may be admitted if they pass a
proficiency test in the subject(s) where they have not met the
minimum entry requirements.
Alternate Admission
NSC: (English 40%-49%). If achieved 50% min in final Grade 11 results. Should the English requirement not be met at NSC Grade 12, then entrance may be granted if the English requirement is met based on the Grade 11 final mark.
Minimum Admission Requirements: 5-year programme
National Senior Certificate (NSC)
Bachelor pass with English (50%) and Mathematics (60%) and Physical Science (50%)
National Certificate (Vocational) (NC(V))
Bachelor pass with English (50%) and Mathematics (60%) and Physical Science (50%)
Senior Certificate (SC)
Endorsement with English (50%) and Mathematics (60%) and Physical Science (50%)
Senior Certificate (Amended) (SC(a))
Bachelor pass with English (50%) and Mathematics (60%) and Physical Science (50%)
Alternate Admission
NSC: (English 40%-49%). If achieved 50% min in final Grade 11 results. Should the English requirement not be met at NSC Grade 12, then entrance may be granted if the English requirement is met based on the Grade 11 final mark.
A cognate Higher Certificate OR any cognate 240 credit Diploma OR an Advanced Certificate OR 360 credit Diploma OR Degree Or an appropriate IIE MSA Foundation Programme may satisfy the minimum admission requirements to degree studies.
Please note, requirements for entry to this qualification are correct at the time of publication, however, these may change.
Applications
More information can be found by visiting How to apply
Entry requirements for Electrical and Electronics Engineering
International entry requirements
International Students
4-year programme: An USAf Exemption Certificate with 70% or equivalent for Maths AND 50% or equivalent for English AND 60% or equivalent is also required for either Physical Science or both Physics and Chemistry.
5-year programme: USAf Exemption Certificate with 60% or equivalent for Maths AND 50% or equivalent for English AND 50% or equivalent is also required for either Physical Science or both Physics and Chemistry.
Please note, requirements for entry to this qualification are correct at the time of publication, however, these may change.
Applications
More information can be found by visiting How to apply
What are the subjects offered as Bachelor of Engineering in Electrical and Electronic Engineering modules?
First year
First Semester
Basic Mathematical Concepts
Basic Concepts in Physics
Engineering Design Graphics
Chemistry of Engineering Materials
Innovation & Creative Thinking
Java for Engineers
Basic Accounting and Analysis
Second Semester
Advanced Mathematical Concepts
Basics of Electrical and Optical Physics
Mechanics: The Interaction of Forces
Chemical Reactions in Engineering
Multidisciplinary Applied Community Projects
Financial Accounting
Second year
First Semester
Differential and Integral Calculus
Fundamental Principles in Machine Dynamics
Electrical Engineering Fundamentals
Basic Analogue Electronics
Electromagnetic Theory
Financial Management for Engineers
C++ for Engineers
Second Semester
Advanced Differential and Integral Calculus
Mechanics of Fluid Flow Systems
Thermodynamic Properties of Fluids
Strength of Materials under Simple Loading Conditions
Digital Electronics
Economic Decision Making for Sustainability
Sociological Perspectives of Development
Third year
First Semester
Numerical Methods
Advanced Analogue Electronics
Signals & Systems
Power Systems
Digital Systems
Instrumentation and Measurement
Software Engineering Principles and Practice
Second Semester
Statistical Methods
Signal processing
Telecommunication Systems
Embedded Systems
Design Project
Power Electronics
Communication for Development
Fourth year
First Semester
Control Systems & Automation
Power Generation and Renewable Energy Systems
Entrepreneurship for Engineering
Project Management
Advanced Power Systems (Elective)
Electrical Machines (Elective)
High voltage Engineering ( Elective)
Image Processing (Elective)
Data Communications (Elective)
Computer Networks (Elective)
Second Semester
Design Project
Research Project