Electrical and electronics engineering deals with the study, design, and application of
electrical systems, circuits, and electronic devices. It encompasses a wide range of
technologies, including power generation, transmission, control systems, automation,
communication, embedded systems, and consumer electronics. Electrical engineering primarily
focuses on high-power systems, while electronics deals with low-power applications such as
semiconductors, microcontrollers, and digital circuits.
Key Features
Power Generation & Distribution – Covers power plants, transformers,
transmission lines, and substations for efficient electricity distribution.
Automation & Control Systems – PLC, SCADA, and IoT-based automation
for industrial and home applications.
Embedded Systems & Microcontrollers – Design and development of
microprocessor-based control circuits.
Renewable Energy Solutions – Solar, wind, and battery storage
integration in electrical grids.
Communication Systems – Wireless, optical fiber, and RF-based
communication networks.
Consumer Electronics – Devices such as smartphones, home appliances,
and smart gadgets.
Electronic Components – Resistors, capacitors, diodes, transistors,
and integrated circuits for circuit design.
PCB Design & Manufacturing – Printed circuit board layout,
fabrication, and assembly.
Electrical Safety & Protection – Circuit breakers, surge protectors,
and grounding systems to ensure safety.
Testing & Maintenance – Diagnostic tools and procedures to maintain
electrical and electronic systems.
