Science, Technology, Engineering & Mathematics (STEM)
Robotics Engineer
Design and programming of robots
What this life looks like
You build machines that can act in the physical world. Robotics Engineers design, build, and programme robots for use in manufacturing, agriculture, medicine, exploration, and disaster response. As automation transforms industries globally, robots are beginning to appear in African agriculture, mining, and healthcare.
What she actually does
You design robotic mechanical systems, develop robot control software, integrate sensors including cameras and LIDAR into robotic systems, programme robots to perform specific tasks reliably and safely, test robotic systems in real-world environments, work on human-robot interaction, and adapt robotic solutions to specific industrial or agricultural applications.
Where you can work
| Sector | Places in Africa |
|---|---|
| Mining Companies | AngloGold Ashanti, Sibanye-Stillwater — robotic systems for underground mining safety |
| AgriTech | Aerobotics, Astral Foods — drones and robotic systems for crop monitoring and farming |
| Medical & Healthcare | Surgical robotics facilities at Groote Schuur Hospital, Aga Khan University Hospital |
| Research & Universities | Wits University Robotics Lab, UCT engineering departments, CSIR robotics research |
Why it matters in Africa
Africa's off-grid solar sector, agricultural mechanisation, and mining industries are exploring robotic automation. Drones — a form of robot — are already used for crop monitoring, medical delivery in Rwanda, and disaster mapping. African robotics engineers building context-appropriate automation solutions are at the frontier of the continent's industrial transformation.
Your pathway in
- Study Mathematics, Physics, and Computing at school
- Study Mechanical Engineering, Electrical Engineering, or Computer Science at university
- Learn robotics programming through ROS (Robot Operating System) — the industry-standard platform at ros.org
- Build robots — start with Arduino and progress to more complex systems
- Participate in robotics competitions such as those organised by the African Robotics Network
Skills you will need
- Mechanical design and CAD
- Control systems and programming (Python, C++, ROS)
- Electronics and sensor integration
- Computer vision basics
- System integration and testing
- Problem-solving for physical environments
A woman in this field
Nneile Nkholise
South Africa
Nneile is a mechanical engineer and founder of iMed Tech Group, which uses robotics-adjacent technologies including CAD and 3D printing to manufacture custom medical devices for African patients. She was named in Forbes 30 Under 30 for 2018 and received the South African Youth Award for Science, Innovation, and Technology. She is a champion for women in engineering and advanced manufacturing.
Take your first step
- Build something with an Arduino — a simple robot car or sensor system, starter kits are widely available
- Research robotics engineering programmes at universities in your country
- Follow the African Robotics Network at africaopen.ml and the STEM robotics competitions it supports
- Learn what ROS (Robot Operating System) is and follow beginner tutorials at ros.org