*Year 1: Fundamentals of Electronics & Physics* 

*Semester 1:* 

- Introduction to Electronics 

- Basic Circuit Theory 

- Mathematics for Electronics 

- Electromagnetic Theory 

- Lab: Resistor/Capacitor Circuits, CRO Handling 

*Semester 2:* 

- Analog Electronics (Diodes, Transistors, Op-Amps) 

- Digital Electronics (Logic Gates, Boolean Algebra) 

- Semiconductor Physics 

- Lab: Breadboard Circuits, Logic Gate Implementations 

*Year 2: Core Electronics & Systems* 

*Semester 3:* 

- Microprocessors & Microcontrollers (8085/8051) 

- Signals & Systems 

- Electronic Instrumentation 

- Lab: Assembly Programming, Sensor Interfacing 

*Semester 4:* 

- Communication Systems (AM, FM, PCM) 

- Power Electronics 

- Embedded Systems Basics 

- Lab: Modulation/Demodulation, PCB Design 

*Year 3: Advanced Topics & Projects* 

*Semester 5:* 

- VLSI Design 

- Optical & Microwave Communication 

- *Electives (Choose 1):* 

  - IoT & Wireless Sensors 

  - Robotics 

  - Industrial Electronics 

- Lab: FPGA Programming, RF Circuits 

*Semester 6:* 

- Project Work (6–8 weeks) 

- Industrial Training/Internship 

- Emerging Trends (Nanoelectronics, AI in Electronics) 

- Lab: Capstone Project (e.g., Smart Device Prototype) 

*Key Skills Covered:* 

- *Circuit Design* (Analog/Digital) 

- *Programming* (C, Assembly, Arduino) 

- *Tools:* MATLAB, Multisim, Keil, PCB Software 

- *Concepts:* IoT, Embedded Systems, VLSI