Bachelor of Science (BSc) with Applied Mathematics and Electronics | NWU

Electronics Design Engineer
Develop and optimize electronic circuits, embedded systems, and microcontrollers for use in various industries, including telecommunications and consumer electronics.

Control Systems Engineer
Use mathematical modeling and electronics to design automated control systems for robotics, industrial machinery, and smart technologies.

Telecommunications Specialist
Apply mathematical algorithms to improve wireless communication networks, satellite systems, and data transmission technologies.

Embedded Systems Developer
Design and program microcontroller-based systems used in IoT (Internet of Things) devices, medical equipment, and smart appliances.

Data Scientist (Signal Processing & AI)
Analyze and interpret large datasets using mathematical models and AI algorithms to improve speech recognition, image processing, and sensor technologies.

Renewable Energy Systems Analyst
Use applied mathematics and electronics to optimize energy production in solar panels, wind turbines, and smart grids.

Semiconductor Researcher
Work on developing advanced microchips, sensors, and nanoelectronics using mathematical modeling and experimental techniques.

Cybersecurity Analyst (Cryptographic Systems)
Apply mathematical principles to develop secure encryption algorithms and protect electronic systems from cyber threats.

Aerospace & Defense Engineer
Work on navigation, radar, and avionics systems, applying electronic and mathematical principles in aerospace technology and defense industries.

Academia & Research (Mathematical & Electronic Sciences)
Conduct research in quantum computing, advanced circuit design, and mathematical modeling of electronic systems.