The Bachelor of Science at NWU is a rigorous three-year degree that combines two scientific disciplines drawn from mathematics, applied mathematics, physics, chemistry, electronics, computer science, statistics, biochemistry, or related fields. Students develop advanced quantitative reasoning, laboratory skills, and analytical thinking that are foundational to careers in research, technology, engineering, and industry across South Africa. NWU's Faculty of Natural and Agricultural Sciences is equipped with world-class laboratories and research facilities, giving students access to cutting-edge equipment and expert academic staff. The degree is offered at Mahikeng, Potchefstroom, and Vanderbijlpark campuses, with language of instruction varying per campus. Graduates can pursue postgraduate specialisation or enter the workforce in science, technology, and data-intensive industries.
Mathematics: Level 5 (60-69%)
Physical Sciences: Level 4 (50-59%)
APS: 26
Electronics Engineer
Design, test, and improve electronic circuits and systems used in industries such as telecommunications, healthcare, and automation.
Control Systems Engineer
Apply mathematical modeling and electronics to develop automated systems for robotics, manufacturing, and aerospace technologies.
Telecommunications Engineer
Develop and optimize communication systems, including wireless networks, fiber optics, and satellite communications.
Embedded Systems Developer
Design and program microcontroller-based systems used in IoT (Internet of Things) devices, medical devices, and smart technologies.
Data Analyst (Mathematical & Electronic Applications)
Use mathematical models to analyze large datasets in industries such as finance, engineering, and telecommunications.
Signal Processing Specialist
Apply mathematical algorithms to improve audio, video, and communication signal processing in AI and machine learning applications.
Renewable Energy Engineer
Use mathematical and electronic principles to design and optimize renewable energy systems such as solar panels and wind turbines.
Cybersecurity Analyst (Mathematical Cryptography)
Develop encryption algorithms and cybersecurity solutions to protect electronic systems from cyber threats.
Aerospace & Defense Engineer
Work on avionics, radar, and navigation systems, applying electronics and mathematical principles in the aerospace and defense industries.
Academia & Research (Mathematical & Electronic Sciences)
Conduct research in fields such as quantum computing, advanced circuit design, and mathematical modeling of electronic systems.
