Electrical & Electronics Engineering

Electrical and Electronic Engineering develops professionals who design, operate and improve power, electronic, communication, control and renewable-energy systems. The SUMAS five-year B.Eng. programme combines strong foundations in mathematics and physical sciences with circuits, machines, electronics, communications, laboratories, design projects and supervised industrial training.

PROGRAMME COURSE STRUCTURE

100 Level — Communication in English; Engineer in Society; Elementary Mathematics I–III; General Physics I–IV; Practical Physics; General Chemistry I–II; Practical Chemistry; Engineering Graphics and Solid Modelling.

200 Level — Entrepreneurship and Innovation; Applied Electricity I; Engineering Graphics and Solid Modelling II; Fluid Mechanics; Engineering Mathematics I–II; Computing and Software Engineering; Measurement and Instrumentation; Engineering Materials; Workshop Practice; Thermodynamics; Strength of Materials; SIWES I.

300 Level — Engineering Mathematics III–IV; Engineering Statistics and Data Analytics; Artificial Intelligence and Machine Learning; Electric Circuit Theory; Analogue Electronic Circuits; Electromechanical Devices and Machines; Digital Electronics; Signals and Systems; Laboratory Course and Mini Project; SIWES II.

400 Level — Power Systems; Electrical Machines; Communication Systems; Control Engineering; Electronic Circuit Design; Digital Signal Processing; Renewable Energy Systems; Engineering Project I; Engineering Valuation and Costing; SIWES III.

500 Level — Engineering Project Management; Engineering Law; Modern Control Engineering; Digital Communications; Reliability and Maintainability; Advanced Renewable Energy and Hydrogen Cells; Power Electronics; Research Seminar; Final-Year B.Eng. Project.

CAREER PATHS AND PROFESSIONAL PRACTICE

Graduates can work in electric power generation and distribution, electronics, telecommunications, automation and control, renewable energy, instrumentation, manufacturing, ICT, consulting, research and public infrastructure. Laboratories, mini-projects and SIWES develop industry-ready competence.