All Honours students must take the following modules:

• Bioelectromagnetism and Modelling EBI 732
• Bio-electricity and Electronics EBE 732
• Biosignals and Systems EBB 732
• Introduction to Research EIN 732 

Prof. Derik le Roux [email protected]
Prof. Margret Bauer (Extraordinary Professor)
Dr. Laurentz Olivier (Research Associate)
Dr. Dries Wiid (Research Associate)

All Honours students who want to continue with a masters degree must take the following modules:

• Introduction to Research EIN 732
• Multivariable Control EMB 732
• Optimal Control EBO 780
• Research Project: Theory EPT 732

MEng (Electrical Engineering)
MEng (Electronic Engineering)
MEng (Computer Engineering)
MSc (Applied Sciences) Electrical, Electronic and Computer Engineering

Prof Tinus Stander [email protected]
Dr Johan Schoeman [email protected]
Dr Heinrich Laue [email protected]

Students are required to complete at least four modules:

• Analogue Electronic Design EME 732
• Communication Electronics EMK 732
• Introduction to Research EIN 732
• Research Project - Design and Laboratory EPT 733
• Research Project - Theory EPT 732

For the BEng(Hons)Electronic Engineering, topics for EIN 732, EPT 732 and EPT 733
must relate to the specialist field of Electronics or Microelectronics

(i) Energy - All Honours students in Energy must take at least two of the following three modules:
Group A

• Energy Optimisation ENO 732
• Energy Management EES 732

The third module can also be from the list above or the following module:
Group B

• Research Project - Theory EPT 732

Introduction to Research EIN732 is compulsory for all Honours students wanting to carry on with an MEng degree.

(ii)Solid State Lighting - All Honours students in Solid State Lighting must do ELV 732 and can do two modules from Groups A, B and/or C:

Group C

• Research Project - Design and Laboratory EPT 733

Introduction to Research EIN 732 is compulsory for all Honours students wanting to carry on with an MEng degree

All Honours students must take 4 of the following modules:

• Antenna Theory EMA 780
• Microwave Theory EMM 780
• Introduction to Research EIN 732
• Electronic defence - electronic countermeasures ELB 780
• Electronic defence - electronic support ELB 781
• Research Project - Theory EPT 732
• Research Project - Design and Laboratory EPT 733

Prof Michael Gitau [email protected]
Prof Raj Naidoo [email protected]
Dr Karl Mbukani [email protected]
Mr Lebogang Masike [email protected]

All Honours students must take the following four modules:

• Power Distribution Engineering EEV 732
• Power Electronics EED 780
• Renewable Energy EGH 732
• Introduction to Research EIN 732
• Research Project - Theory EPT 732 / 733

Prof Sunil Maharaj [email protected]
Dr Jacques van Wyk [email protected] 
Dr Filip Paluncic [email protected]

All Honours students must take the following module:
Introduction to Research EIN 732

Students could also take any three of the following modules:

• Digital Communications ETD 732
• Introduction to Research EIN 732
• Research Project - Theory EPT 732
• Telecommunication Systems Engineering ETT 732

Full-time members
Prof Pieter Jacobs ([email protected])
Dr Allan de Freitas ([email protected])
Mr Kealeboga Mokise ([email protected])

Extraordinary/outside members
Prof Gerhard Hancke Jr (Extraordinary Professor) ([email protected])
Prof Adnan M Abu-Mafouz (Extraordinary Professor) (a[email protected])
Prof Gerhard Hancke Sr (Research Associate) ([email protected])

Four of the following modules should be selected in consultation with the Group Head and/or the supervisor:

• Introduction to Research EIN 732 (compulsory)
• Research Project-Theory EPT 732
• Research Project-Design and Laboratory EPT 733 
• Intelligent Systems EAI732 
• Advanced Topics in Intelligent Systems EAI733 

Please discuss module selection with your supervisor prior to registration.