The HND in Electrical & Electronic Engineering Systems provides a comprehensive exploration of modern electrical and electronic technologies. Beginning with foundational topics such as circuit theory, electrical laws, and engineering mathematics, the course introduces learners to the principles that govern power, efficiency, and instrumentation in real-world electrical systems. Through dedicated lectures on AC/DC analysis and electrical machines, students gain practical insights into how motors, generators, transformers, and smart grids function in contemporary power systems.

Learners will delve into analog and digital electronics, mastering the application of semiconductors, operational amplifiers, logic gates, and embedded systems. With a strong emphasis on simulation, prototyping, and programming, the course ensures students can build, analyse, and troubleshoot electronic circuits and programmable systems used in automation and robotics. Modules in control theory and industrial automation offer valuable exposure to PLCs, SCADA, and feedback control, which are crucial in sectors like manufacturing, energy, and infrastructure.

Engineering design, project management, and CAD tools are integrated into the curriculum to support collaborative work and innovation. Learners also explore the future of engineering through renewable energy topics such as solar, wind, and energy storage systems, as well as grid integration. The programme culminates in a capstone project, giving students the opportunity to design, prototype, and present an original solution to a real engineering challenge, preparing them for industry roles or further academic progression.