The Department of Electrical/Electronic Engineering focuses on the generation, transmission, distribution, and application of electrical energy and electronic systems. It provides students with a comprehensive understanding of core principles such as circuit theory, electromagnetism, control systems, and electrical machines. The curriculum is structured to develop students’ competence in both power and electronics engineering, enabling them to solve practical problems in the energy, manufacturing, and telecommunication sectors. Students undergo hands-on training in electrical wiring, motor controls, programmable logic controllers (PLCs), power electronics, and microcontroller programming. The department’s laboratories are equipped with modern tools that allow students to conduct experiments in digital electronics, power systems, instrumentation, and telecommunications. These facilities ensure that students can link theoretical knowledge with real-world applications. The department emphasizes safety standards, technical accuracy, and ethical engineering practice. Students are taught how to interpret technical drawings, simulate circuit behaviors, and troubleshoot electrical faults using standard industry practices. Regular project work encourages innovation and design thinking, giving students the opportunity to build functional prototypes and systems. Industrial training, a key part of the curriculum, allows students to gain field experience in electrical installations, power generation plants, and electronics workshops. During their industrial attachments, students develop practical skills and professional confidence that enhance their employability and readiness for engineering practice. Graduates of this department find employment in utility companies, telecommunication firms, manufacturing plants, and electronics service industries. They may work as electrical engineers, maintenance technicians, systems designers, or automation specialists. Some also pursue further education or professional certification such as COREN or NSE registration. The department remains up-to-date with emerging technologies such as renewable energy, smart grids, IoT, and embedded systems, preparing students to thrive in a future shaped by innovation and sustainability.