This course covers the principles of power systems protection and safety. You will learn about different types of faults, the operation of protective devices like fuses, circuit breakers, and relays, and the importance of earthing in electrical installations.
This course builds on AC circuit analysis, introducing more advanced concepts. You will learn about three-phase circuits, network theorems (like Thevenin's and Norton's) applied to AC circuits, and the principles of resonance and magnetically coupled circuits.
This course is a continuation of Computer Hardware I, delving deeper into computer systems. Topics include microprocessor architecture, memory systems (RAM, ROM), system buses, and the principles of data communication between different computer components.
This advanced electronics course introduces digital logic circuits and systems. You will learn about logic gates, Boolean algebra, flip-flops, counters, and registers, which are the fundamental building blocks of digital computers and control systems.