DIPLOMA IN ELECTRICAL & ELECTRONICS ( 2 YEAR)

📘 YEAR 1 SYLLABUS – Fundamentals & Core Concepts

 1.      Applied Mathematics

• Algebra, Trigonometry, Calculus
• Matrices, Determinants
• Basic Differential Equations

2. Applied Physics & Chemistry

• Mechanics, Waves, Magnetism, Thermodynamics
• Basic concepts in Chemistry (Conductivity, Acids, Bases)

3. Basic Electrical Engineering

• Ohm’s Law, Kirchhoff’s Laws
• Electrical quantities, series & parallel circuits
• Electrical safety, batteries, and basic components

4. Electronic Devices & Circuits

• Diodes, Transistors, Rectifiers
• Amplifiers, Zener Diodes, LED
• Basic circuit design and soldering

5. Electrical Machines – I

• DC Machines: Motor and Generator types
• Transformers: Principles and Testing
• Machine losses and efficiency

6. Engineering Drawing / CAD

• Electrical symbols and standards
• Wiring layouts, 2D drafting basics

7. Computer Applications / Programming

• Introduction to computers and OS
• Basics of programming in C or Python
• Electrical simulation tools

8. Basic Workshop Practice

• Wiring Practice: House wiring, switches, boards
• Soldering, safety protocols

🧠 YEAR 2 SYLLABUS – Advanced Topics & Applications

1. Electrical Machines – II

• AC Machines: Induction and Synchronous Motors
• Star-delta connections
• Starting and speed control methods

2. Power Systems & Transmission

• Power generation methods (thermal, hydro, solar)
• Transmission line components, substations
• Load shedding and grid systems

3. Power Electronics & Drives

• SCRs, Triacs, DIACs, MOSFETs, IGBTs
• Inverters, Choppers, Speed Control
• Motor drive circuits

4. Electrical Estimation & Wiring

• Residential, commercial, and industrial wiring
• Cost estimation and materials selection
• Load calculations and circuit planning

5. Measurement & Instrumentation

• Voltmeters, Ammeters, Wattmeters
• Transducers, Sensors
• Digital Instruments and calibration

6. Digital Electronics & Microcontrollers

• Logic gates, Boolean Algebra, Flip-Flops
• Counters, Encoders, Decoders
• Basics of microcontrollers (8051/Arduino)

7. Control Systems / PLC

• Open and closed loop systems
• Introduction to Programmable Logic Controllers
• Industrial automation basics

8. Energy Management & Utilization

• Electric traction, heating, welding
• Energy conservation techniques
• Efficient use of electrical equipment

9. Project Work / Industrial Training

• Design and implementation of a minor or major project
• Optional industrial training/internship
• Technical report writing and viva