Diploma in Electrical Engineering
*Semester 1:*
1. *Engineering Mathematics-I*
- Algebra, Trigonometry, Calculus, and Statistics.
2. *Engineering Physics*
- Basics of mechanics, optics, and thermodynamics.
3. *Engineering Chemistry*
- Basics of chemical reactions, materials, and corrosion.
4. *Basic Electrical Engineering*
- Fundamentals of circuits, motors, and transformers.
5. *Engineering Drawing*
- Technical drawing and CAD (Computer-Aided Design).
6. *Workshop Technology*
- Hands-on training in electrical wiring and soldering.
*Semester 2:*
1. *Engineering Mathematics-II*
- Advanced calculus, differential equations, and probability.
2. *Electrical Circuits and Networks*
- Circuit analysis, network theorems, and AC/DC circuits.
3. *Electronic Devices and Circuits*
- Basics of diodes, transistors, and amplifiers.
4. *Communication Skills*
- English language and technical communication.
5. *Computer Applications*
- Basics of programming and software tools.
6. *Environmental Studies*
- Environmental science and sustainability.
*Semester 3:*
1. *Electrical Machines-I*
- Working principles of transformers, DC motors, and generators.
2. *Digital Electronics*
- Basics of digital circuits, logic gates, and Boolean algebra.
3. *Electrical Measurements and Instrumentation*
- Use of multi meters, oscilloscopes, and other instruments.
4. *Programming in C*
- Basics of C programming and its applications in electrical engineering.
5. *Workshop Practice*
- Hands-on training in electrical repair and maintenance.
6. *Mathematics-III*
- Advanced topics in mathematics relevant to electrical engineering.
*Semester 4:*
1. *Electrical Machines-II*
- Working principles of AC motors and generators.
2. *Power Systems-I*
- Basics of power generation, transmission, and distribution.
3. *Control Systems*
- Basics of control systems and feedback mechanisms.
4. *Microcontrollers and Applications*
- Basics of microcontrollers and their programming.
5. *Industrial Training*
- Internship or industrial visit.
6. *Electrical Workshop*
- Hands-on training in electrical systems and components.
*Semester 5:*
1. *Power Systems-II*
- Advanced topics in power systems and protection.
2. *Power Electronics*
- Converters, inverters, and power control devices.
3. *Renewable Energy Systems*
- Basics of solar, wind, and other renewable energy systems.
4. *Project Work*
- Capstone project related to electrical engineering.
5. *Electrical Estimation and Costing*
- Basics of electrical project estimation and costing.
6. *Industrial Electronics*
- Applications of electronics in industrial automation.
*Semester 6:*
1. *Electrical Safety and Maintenance*
- Safety protocols and maintenance techniques in electrical systems.
2. *Advanced Electrical Machines*
- Advanced topics in electrical machines and drives.
3. *Entrepreneurship Development*
- Basics of starting and managing a business.
4. *Comprehensive Viva*
- Oral examination covering all subjects.
5. *Elective Subjects*
- Optional subjects based on student interest (e.g., smart grids, electric vehicles).
*Additional Topics (Optional or Elective):*
- *Smart Grids and Energy Management*
- *Electric Vehicles and Hybrid Systems*
- *Industrial Automation and Robotics*
- *Cybersecurity in Electrical Systems*
- *Advanced Power Electronics*
*Practical Components:*
- *Lab Work:*
- Electrical circuits labs, power systems labs, and electronics labs.
- *Workshops:*
- Hands-on training in electrical repair and maintenance.
- *Industrial Visits:*
- Visits to power plants, substations, and electrical manufacturing facilities.
- *Projects:*
- Design and development of electrical systems and devices.
*Key Skills Developed:*
- *Technical Skills:*
- Design, analysis, and troubleshooting of electrical systems.
- *Software Skills:*
- Use of simulation tools (e.g., MATLAB, PSpice), programming, and CAD tools.
- *Soft Skills:*
- Communication, teamwork, and project management.