*Semester 1: Foundation Courses*

1. *Mathematics-I* (Calculus, Linear Algebra) 

2. *Engineering Physics* (Electromagnetism, Semiconductors) 

3. *Basic Electrical Engineering* (DC/AC Circuits, Network Theorems) 

4. *Programming for Engineers* (Python/C, Algorithms) 

5. *Workshop Practice* (Electrical Tools, Safety) 

6. *Environmental Science* 

*Lab*: Electrical Circuits Lab, Programming Lab 

 

*Semester 2: Core Basics*

1. *Mathematics-II* (Differential Equations, Probability) 

2. *Engineering Chemistry* (Materials Science) 

3. *Electronics Engineering* (Diodes, Transistors, OP-Amps) 

4. *Engineering Mechanics* 

5. *Technical Communication* 

*Lab*: Electronics Lab, CAD Lab (AutoCAD) 

 

*Semester 3: Electrical Fundamentals*

1. *Mathematics-III* (Complex Analysis, Fourier Transforms) 

2. *Electrical Machines-I* (Transformers, DC Machines) 

3. *Circuit Theory* (Network Analysis, Three-Phase Systems) 

4. *Digital Logic Design* 

5. *Power Generation Technologies* (Thermal, Hydro, Nuclear) 

*Lab*: Electrical Machines Lab, Power Systems Simulation (MATLAB) 

*Semester 4: Power Systems Introduction*

1. *Electrical Machines-II* (Induction/Synchronous Machines) 

2. *Power System Analysis-I* (Per Unit, Load Flow) 

3. *Control Systems* (Transfer Functions, Stability) 

4. *Measurement & Instrumentation* (Sensors, SCADA) 

5. *Energy Economics* 

*Lab*: Control Systems Lab, Power Electronics Lab 

 

*Semester 5: Core Power Systems*

1. *Power System Analysis-II* (Fault Analysis, Stability) 

2. *Power Transmission & Distribution* (Grids, Cables, Insulators) 

3. *Power Electronics* (Converters, Inverters, FACTS) 

4. *Renewable Energy Systems* (Solar, Wind Integration) 

5. *Elective-I* (e.g., Microgrids) 

*Lab*: HVDC Lab, Renewable Energy Lab 

 

*Semester 6: Advanced Applications*

1. *Power System Protection* (Relays, Circuit Breakers) 

2. *High Voltage Engineering* (Insulation, Testing) 

3. *Smart Grid Technologies* (IoT, Demand Response) 

4. *Electric Drives* (Motor Control) 

5. *Elective-II* (e.g., Energy Storage Systems) 

*Lab*: Relay Testing Lab, Smart Grid Simulation 

 

*Semester 7: Specialization & Projects*

1. *Restructured Power Systems* (Deregulation, Markets) 

2. *Power Quality* (Harmonics, Compensation) 

3. *Elective-III* (e.g., EV Charging Infrastructure) 

4. *Elective-IV* (e.g., AI in Power Systems) 

5. *Project-I* (Design/Research) 

*Lab*: Power Quality Analysis, Industry Software (ETAP/PSCAD) 

 

*Semester 8: Industry Integration*

1. *Industrial Internship/Project* (6–8 Weeks) 

2. *Project-II* (Thesis/Industry Problem) 

3. *Professional Ethics* 

4. *Elective-V* (e.g., Cybersecurity in Grids) 

 

*Electives (Sample)*

- HVDC Transmission 

- Power System Optimization 

- Energy Policy & Regulations 

- Hybrid Energy Systems 

- Advanced Relay Coordination