Doctor of Philosophy in Engineering

Doctor of Philosophy in Engineering

Overview

A Doctor of Philosophy programme is offered where students engage in novel research supervised by academic members of staff. This is typically three years of fulltime study and normally follows on from a Master of Science Degree.

SAQA

NQF Level

10

Duration

3 Years

Closing Date

No closing date. Admissions subject to availability of supervisors and academic place.

Entry Requirements

  • As a research-based degree, a master’s degree in Engineering or a cognate discipline with a combination of theoretical knowledge and practical application is a requirement. A module in Research Methodology at a postgraduate level is required.

Specialisations

MSc Electrical Engineering

Research And Projects At Postgraduate Level Are Dynamic, Relevant And Exciting, In Wide Areas Of Specialisation Which Include:

– Renewable Energy Generation And The Smart Grid

– Robotics And Automation

– Design Of High Voltage Equipment

– Renewable Energy Generation And The Smart Grid

– Robotics And Automation

– Design Of High Voltage Equipment

MSc Electronic Engineering

Graduates Can Go On To Advance Their Studies To A Doctoral Level In Wide Areas Of Specialisation Including:  

-Advanced Long- And Short-Range Communications Systems

– Advanced Mobile Networks

– Advanced Mobile Networks

-Microwave Systems & Antenna Designs

– Superconductivity Applications

– Nano Transistor Design

MSc Computer Engineering

The Computer Engineering Graduates Can Go On To Doctoral Degrees That Advance Their Studies At UKZN In Wide Areas Of Specialisation Including, But Not Limited To: 

-Next-Generation Computer Networks

– Mobile And Sensor Networking

– Tactical Communications For Military Applications

– Internet Of Things (IoT) Applications

– Network And Data Security

– Nano Transistor Design

First Year

  • CHEM181 Chemistry for Engineers 1A (8 Credits) or CHEM163 Chemistry & Society 1 (8 Credits)
  • ENCH1TC Tech. Communication for Engineers (8 Credits)
  • ENME1DR Engineering Drawing (8 Credits)
  • MATH131 Mathematics 1A(Eng) (16 Credits)
  • MATH132 Applied Mathematics 1A(Eng) (16 Credits)
  • PHYS151 Engineering Physics 1A (16 Credits)
  • or PHYS110 Mech., Optics & Thermal Phys (16 Credits)
  • CHEM191 Chemistry for Engineers 1B (8 Credits)
  • or CHEM173 Chemistry & Society 2 (8 Credits)
  • ENEL1ED Electrical Design 1 (8 Credits)
  • or ENAG1DE Engineering Design (8 Credits)
  • ENME1EM Intro to Engineering Materials (8 Credits)
  • or ENAG1MT Intro. to Engineering Materials (8 Credits)
  • MATH141 Mathematics 1B(Eng) (16 Credits)
  • MATH142 Applied Mathematics 1B(Eng) (16 Credits)
  • PHYS120 Electromag, Waves & Mod. Phys (16 Credits)
  • or PHYS152 Engineering Physics 1B (16 Credits)

Career Opportunities:

  • Electrical Engineer : Design, develop, and maintain electrical systems in power, transport, and industrial sectors.

  • Electronics Engineer: Work with circuits, embedded systems, and consumer electronics.

  • Telecommunications Engineer: Build and manage communication networks, including mobile, satellite, and internet systems.

  • Control Systems Engineer: Design automation systems for factories, vehicles, and smart infrastructure.

  • Renewable Energy Engineer : Design and implement solar, wind, and other sustainable energy systems.

And More…

Take the next step towards achieving your academic and professional goals by submitting your application today.