• Dr Allan de Freitas ([email protected] )
• Dr Gerhard Hancke (extraordinary) ([email protected])
• Prof Adnan M Abu-Mafouz (extraodinary) ([email protected])

Four modules from the following in consultation with the Group Head:

• Introduction to Research EIN 732
• Research Project-Theory EPT 732
• Research Project-Design and Laboratory EPT 733 
• Computer Networks ERN 780 
• Wireless Sensor Networks EKS 732 

*In exeptional cases students may replace one of the above with modules from other Groups or Departments with the permission of the Group Head.

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 

Dr. Derik le Roux [email protected]
Prof. David Limebeer (Extraordinary Professor)
Prof. Margret Bauer (Extraordinary Professor)
Dr. Laurentz Olivier (Research Associate)
Dr. Nelis Muller (Co-supervisor)

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

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

Dr Tinus Stander [email protected]
Dr Johan Schoeman [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)Microelectronic Engineering, topics for EIN 732, EPT 732 and EPT 733
must relate to the specialist field (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 the following four modules:

• Intelligent Systems EAI732 
• Advanced Topics in Intelligent Systems EAI733 
• Introduction to Research EIN732 
• Research Project - Theory EPT732

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