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Electronic and Computer Engineering Handbook
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The undergraduate programme in electronic engineering, which leads to the internationally accredited BEngTech degree, is designed to provide a broad foundation in electronic and computer engineering through a combination of classroom and/or online lectures, extensive hands-on technical training, laboratory work as well as software, simulation, and online tools. The qualification prepares the student for a career in a variety of electronic and computer engineering fields as well as becoming a competent practising engineering technologist that will make a meaningful contribution to the economy and national development.
The programme will provide the student with a strong foundation in mathematics, physical sciences and the core fundamentals of engineering and blends theory, concept and application. Electronic and computer engineering finds itself at the heart of the burgeoning Industry 4.0 and merges fields such as telecommunications, control systems, embedded and intelligent systems, data analytics and machine intelligence, automation and robotics, signal and image processing, smart factories and cities, green energy, AI and the industrial IoT.
The learning programme leading to this qualification contains 428 credits with a minimum of 120 Credits at NQF level 7. The Credits are distributed to create a coherent progression of learning towards the exit level. This qualification requires a minimum of three years of academic study.
Some of the key attributes of the programme include the fostering of lifelong learners, the need for continuous improvement, teamwork and the attainment of solid critical thinking and problem-solving skills. The BEngTech qualification will also allow for further study through articulation into the postgraduate NQF level 8 BEngTech Honours programme and the subsequent opportunity for Masters and Doctoral research.
Qualified candidates may register with the internationally affiliated Engineering Council of South Africa (ECSA) as Professional Engineering Technologists. After completing both the BEngTech Honours and the taught MEng qualifications (NQF level 9), candidates may register as Candidate Professional Engineers with ECSA.
Professional Engineering Technologists are characterized by the ability to apply established and newly developed engineering technology to solve broadly defined engineering problems, develop components, systems, services and processes. They provide leadership in the application of technology in safety, health, engineering and commercially effective operations and have well-developed interpersonal skills. They work independently and responsibly, applying judgement to decisions arising in the application of technology and health and safety considerations to problems and associated risks. Moreover, Professional Engineering Technologists have a specialized understanding of engineering sciences underlying a deep knowledge of specific technologies together with financial, commercial, legal, social and economic, health, safety and environmental matters.
Professional Engineers are characterized by the ability to apply established and newly developed engineering technology to solve broadly defined complex problems, develop components, systems, services and processes in specific areas where a legal appointment is required in terms of either the Occupational Health and Safety Act, the Mines Health and Safety Act, or the Merchant Shipping Act, e.g. factories, mines and marine environments. They provide leadership in safety, health, engineering and commercially effective operations and have well-developed managerial skills. They work independently and responsibly, applying judgement to decisions arising in the application of technology and health and safety considerations to problems and associated risks. Professional Engineers have a specialized understanding of engineering sciences underlying manufacturing, marine, mining, plant and operations, together with financial, commercial, legal, socio-economic, health, safety and environmental methodologies, procedures and best practices.
Courses in the Department
Name of Qualification: | Bachelor of Engineering Technology in Electronic Engineering |
NQF Level: | NQF LEVEL 7 |
The undergraduate programme in electronic engineering, which leads to the internationally accredited BEngTech degree, is designed to provide a broad foundation in electronic and computer engineering through a combination of classroom and/or online lectures, extensive hands-on technical training, laboratory work as well as software, simulation, and online tools. The qualification prepares the student for a career in a variety of electronic and computer engineering fields as well as becoming a competent practising engineering technologist that will make a meaningful contribution to the economy and national development.
The programme will provide the student with a strong foundation in mathematics, physical sciences and the core fundamentals of engineering and blends theory, concept and application. Electronic and computer engineering finds itself at the heart of the burgeoning Industry 4.0 and merges fields such as telecommunications, control systems, embedded and intelligent systems, data analytics and machine intelligence, automation and robotics, signal and image processing, smart factories and cities, green energy, AI and the industrial IoT. |
|
Overview | |
Name of Qualification | Bachelor of Engineering Technology in Electronic Engineering |
Duration | 3 years |
Start Date | February |
Study Mode | Fulltime |
Fees | 2023 Fees- R56 150 (subject to change) |
Delivered By | DUT Faculty of Engineering & the Built Environment |
Location | Steve Biko Campus S Block, S8, Level 3 |
Minimum entry points | Maths 4, Physics 4, English 4, and TWO recognised NSC 20 credited subject |
Link to view full entry requirements | https://www.dut.ac.za/wp-content/uploads/career_leaflets/EBE%20elec%20lc.pdf |
Name of Qualification: | Bachelor of Engineering Technology Honours in Electronic Engineering |
NQF Level: | NQF level 8 |
The qualification consolidates and deepens the graduate’s expertise in electronic engineering and develops research capacity in the methodology and techniques of those disciplines while equipping them to undertake more intensive learning | |
Overview | |
Name of Qualification | Bachelor of Engineering Technology Honours in Electronic Engineering |
Duration | 1 year |
Start Date | February |
Study Mode | Fulltime |
Fees | |
Delivered By | DUT Faculty of Engineering & the Built Environment |
Location | S Block S8 Level 3 |
Minimum entry points | NQF LEVEL 7 Qualification |
Link to view full entry requirements | https://www.dut.ac.za/wp-content/uploads/2023/05/BROCHURE-BENGTECH-HONOURS-IN-ELECTRONIC-ENGINEERING.pdf |
Name of Qualification: | Master of Engineering (MEng) |
NQF Level: | NQF LEVEL 9 |
This qualification is intended for persons who will contribute, through research, to understanding the application and evaluation of existing knowledge in a specialized area of technology. They will also demonstrate a high level of overall knowledge in that area, ranging from fundamental concepts to advanced theoretical or applied knowledge. | |
Overview | |
Name of Qualification | Master of Engineering (MEng) |
Duration | |
Start Date | February |
Study Mode | |
Fees | |
Delivered By | DUT Faculty of Engineering & the Built Environment |
Location | Durban |
Minimum entry points | NQF LEVEL 8 Qualification |
Link to view full entry requirements |
Name of Qualification: | Doctor of Engineering (DEng) |
NQF Level: | NQF LEVEL 10 |
This doctoral-level programme is intended for persons who will make a significant and original contribution to knowledge in a specialised area of technology. They will have a high level of overall knowledge in that specialised area ranging from fundamental concepts to advance theoretical or applied knowledge. | |
Overview | |
Name of Qualification | |
Duration | |
Start Date | February |
Study Mode | |
Fees | |
Delivered By | DUT Faculty of Engineering & the Built Environment |
Location | Durban |
Minimum entry points | NQF Level 9 |
Link to view full entry requirements | https://www.dut.ac.za/course/doctor_of_technology_engineering_electrical_lc |
RESEARCH FIELDS
Academic | Research Field | Description |
Prof B Nleya | Optical Networks and Network Security | Energy-efficient networking, resources allocation and management in all optical networks as well as security and access control in IoT Enabled Networks. |
Dr N Pillay | Applied Computational Intelligence | Application of artificial intelligence in process control, control loop optimization, and controller performance analysis for industrial control systems. Image processing and renewable energy systems. |
Dr N Singh | Bio-Engineering | Conscious control of the autonomic nervous system; understanding the central governor theory. |
Prof MS Tsoeu | Artificial Intelligence, Machine Learning,
Control Systems Measurement and Instrumentation |
Most, if not all systems used in manufacturing, agriculture, mining, transportation, smart cities, etc and the services sectors of our economy and everyday life contain intelligent and smart control systems, interfaced to the world with advanced sensors and actuators. Research in these areas creates new and better knowledge and investigates applications of the knowledge to address complex problems facing industry and society. |
Mr R Sewsunker | Renewable Energy and Energy Efficiency using Distributed Intelligence | Specific focus on the emerging DC paradigm with current work on optimal control methods applied to DC nanogrids and microgrids. Other DC-related topics include optimised water pumping, intelligent lighting and smart metering. |
Name of Qualification: | Master of Engineering (MEng) |
NQF Level: | NQF LEVEL 9 |
This qualification is intended for persons who will contribute, through research, to understanding the application and evaluation of existing knowledge in a specialized area of technology. They will also demonstrate a high level of overall knowledge in that area, ranging from fundamental concepts to advanced theoretical or applied knowledge. | |
Overview | |
Name of Qualification | Master of Engineering (MEng) |
Duration | |
Start Date | February |
Study Mode | |
Fees | |
Delivered By | DUT Faculty of Engineering & the Built Environment |
Location | Durban |
Minimum entry points | NQF LEVEL 8 Qualification |
Link to view full entry requirements |
Name of Qualification: | Doctor of Engineering (DEng) |
NQF Level: | NQF LEVEL 10 |
This doctoral-level programme is intended for persons who will make a significant and original contribution to knowledge in a specialised area of technology. They will have a high level of overall knowledge in that specialised area ranging from fundamental concepts to advance theoretical or applied knowledge. | |
Overview | |
Name of Qualification | |
Duration | |
Start Date | February |
Study Mode | |
Fees | |
Delivered By | DUT Faculty of Engineering & the Built Environment |
Location | Durban |
Minimum entry points | NQF Level 9 |
Link to view full entry requirements | https://www.dut.ac.za/course/doctor_of_technology_engineering_electrical_lc |
Staff
Acting Head of Department: Prof Trevor Pillay Email:trevorpi@dut.ac.za LinkedIn: Trevor Pillay |
Senior lecturer: Dr. Navin Runjit Singh Email:navins@dut.ac.za LinkedIn: Navin Runjit Singh |
Associate Professor: Bakhe Nleya Email:bakhen@dut.ac.za LinkedIn: Bakhe Nleya |
Lecturer: Mr. Mvikeli Joseph Dlamini Email:MvikeliD@dut.ac.za LinkedIn: Mvikeli Joseph Dlamini |
Lecturer: Mr. Kevin Emanuel Moorgas Email:kevinm@dut.ac.za LinkedIn:Mr. Kevin Emanuel Moorgas |
Lecturer: Ms Nokwanda Shezi Email:nokwandas@dut.ac.za LinkedIn: Nokwanda Shezi |
Lecturer: Dr Shaveen Maharaj Email: shaveenm@dut.ac.za LinkedIn:Shaveen Maharaj |
Lecturer: Ms Aritha Pillay Email:arithap@dut.ac.za LinkedIn: Aritha Pillay |
Lecturer: Mr Rito Clifford Maswanganyi Email:RitoM@dut.ac.za LinkedIn: Rito Clifford Maswanganyi |
Lecturer: Ms Lebogang Bopape Email:lebogangb@dut.ac.za LinkedIn: Lebogang Bopape |
Lecturer: Mr Mlungisi Molefe Email: mlungisim@dut.ac.za LinkedIn: Mlungisi Molefe |
Lecturer: Mr Molefi Makhetha Email:molefim@dut.ac.za LinkedIn: Molefi Makhetha |
Lecturer: Mr Musawenkosi Zulu Email:musawenkosiZ1@dut.ac.za LinkedIn: Musawenkosi Zulu |
Lecturer: Mr Rathi Sewsunker Email: rathillals@dut.ac.za LinkedIn: Rathi Sewsunker |
Lecturer: Mr Khulekani Sibiya Email: khulekanis6@dut.ac.za LinkedIn: Khulekani Sibiya |
Lecturer: Ms Ntombenhle Mazibuko Email:ntombenhleM1@dut.ac.za LinkedIn: Ntombenhle Mazibuko |
Senior Technician: Mr Imitiaz Haniff Email:imitiazh@dut.ac.za LinkedIn: Imitiaz Haniff |
Technician: Mr Patrick Hendry Email:patrickh@dut.ac.za LinkedIn: Patrick Hendry |
Technician: Mr Bhekinkosi Mgobhozi Email: bhekinkosiM@dut.ac.za LinkedIn: Bhekinkosi Mgobhozi |
Senior Technical Assistant: Ms Kholekile Mtshiza Email: kholekilem@dut.ac.za LinkedIn: Kholekile Mtshiza |
Senior Technical Assistant: Mr Nivash Rupnarain Email:nivashr@dut.ac.za LinkedIn: Nivash Rupnarain |
Technical Assistant: Mr Thandeka Makhanya Email: thandekam10@dut.ac.za LinkedIn: Thandeka Makhanya |
Contact Information
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Head of Department: Prof Mohohlo Samuel Tsoeu Tel: 031 373 2928 Email: MohohloT@dut.ac.za Location: Block S8 Level 3, Room BS8502I Campus: Steve Biko |
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Secretary: Mrs Premi Chetty Tel: 031 373 2932 Email: premi@dut.ac.za Location: S8 Level 3 Campus: Steve Biko |