Bachelor of Science in Electrical & Electronics Engineering (B.Sc. EEE)

Program Duration: 4 Years | Total Semesters: 8 | Total Credits: ~160

Year 1: Foundation in Science and Engineering

Semester 1

• Mathematics I (Calculus & Linear Algebra)

• Physics I (Mechanics & Heat)

• Basic Electrical Engineering

• Computer Fundamentals & Programming (C Language)

• English Communication Skills

• Electrical Engineering Lab I

• Programming Lab

Semester 2

• Mathematics II (Differential Equations)

• Physics II (Electricity & Magnetism)

• Electronic Devices & Circuits I

• Engineering Drawing

• Digital Logic Design

• Electronic Devices Lab

• Digital Logic Lab

Year 2: Core Electrical & Electronics Knowledge

Semester 3

• Mathematics III (Complex Variables & Transforms)

• Network Analysis

• Electronic Devices & Circuits II

• Signals and Systems

• Electrical Machines I

• Circuits & Machines Lab

Semester 4

• Control Systems Engineering

• Power Systems I

• Analog Electronics

• Microprocessors and Interfacing

• Electrical Machines II

• Microprocessor & Analog Electronics Lab

Year 3: Specialization and Application Focus

Semester 5

• Power Electronics and Drives

• Communication Engineering

• Power System Protection & Switchgear

• Electromagnetic Fields and Waves

• Power Electronics Lab

• Communication Lab

Semester 6

• Renewable Energy Systems

• Instrumentation and Measurement

• High Voltage Engineering

• VLSI Design (or elective)

• Measurement & Instrumentation Lab

• Mini Project I

Year 4: Advanced Topics and Industry Exposure

Semester 7

• Power System Operation & Control

• Industrial Automation & PLC

• Elective I (IoT in Power, Electric Vehicles, Smart Grid)

• Project Phase I (Thesis/Design)

• Industrial Training / Internship (Summer)

Semester 8

• Elective II (AI in Electrical Systems, Energy Management)

• Engineering Economics & Ethics

• Project Phase II (Final Year Project)

• Viva Voce & Technical Presentation

Suggested Electives (Optional Courses)

• Smart Grid Technologies

• Internet of Things (IoT) for Energy Systems

• Electric Vehicle Technology

• Machine Learning in Power Systems

• Biomedical Instrumentation

• Embedded Systems

Laboratories & Practical Training

• Power System Simulation Lab (ETAP / PSCAD)

• Control Systems Lab (MATLAB / Simulink)

• Renewable Energy Lab

• PCB Design & Fabrication Lab

• Robotics and Automation Lab

Soft Skills & Professional Development

• Technical Report Writing

• Innovation & Entrepreneurship

• Project Management

• Career Development & Professional Ethics