*Year 1: Foundational Engineering & Science* 

*Semester 1* 

1. *Mathematics I* 

   - Calculus, linear algebra, differential equations. 

2. *Physics for Engineers* 

   - Electromagnetism, optics, semiconductor basics. 

3. *Basic Electrical Engineering* 

   - Circuit theory, Ohm’s Law, Kirchhoff’s laws. 

4. *Programming Fundamentals* 

   - C/Python, algorithms, problem-solving. 

5. *Engineering Graphics & CAD* 

   - Technical drawing, PCB design basics. 

6. *Workshop Practice* 

   - Soldering, component assembly, safety protocols. 

 

*Semester 2* 

1. *Mathematics II* 

   - Probability, statistics, Fourier series. 

2. *Chemistry for Engineers* 

   - Materials, electrochemistry, semiconductors. 

3. *Electronics Devices & Circuits* 

   - Diodes, transistors, amplifiers, oscillators. 

4. *Digital Logic Design* 

   - Boolean algebra, combinational/sequential circuits. 

5. *Communication Skills* 

   - Technical writing, presentations. 

6. *Environmental Science* 

   - Sustainability, green technologies. 

 

*Year 2: Core Electronics & Communication* 

*Semester 3* 

1. *Signals & Systems* 

   - Time/frequency domain analysis, Laplace/Z-transforms. 

2. *Analog Communication Systems* 

   - AM, FM, modulation/demodulation techniques. 

3. *Microprocessors & Microcontrollers* 

   - 8085/8051 architecture, embedded systems. 

4. *Network Analysis & Synthesis* 

   - Two-port networks, filters, network theorems. 

5. *Humanities Elective* 

   - Economics, psychology, or ethics. 

 

*Semester 4* 

1. *Digital Communication* 

   - PCM, digital modulation (ASK, PSK, QAM), error correction. 

2. *Electromagnetic Theory* 

   - Maxwell’s equations, wave propagation, antennas. 

3. *Control Systems* 

   - Feedback systems, stability analysis, PID controllers. 

4. *Data Structures & Algorithms* 

   - Optimization for embedded systems. 

5. *Management Principles* 

   - Introduction to project management, organizational behaviour. 

 

*Year 3: Advanced Electronics & Management Integration* 

*Semester 5* 

1. *VLSI Design* 

   - CMOS technology, FPGA, Verilog/VHDL. 

2. *Wireless Communication* 

   - Cellular networks, 5G, IoT fundamentals. 

3. *Optical Communication* 

   - Fiber optics, lasers, photodetectors. 

4. *Operations Management* 

   - Supply chain, quality control, lean principles. 

5. *Elective I* 

   - E.g., Embedded Systems, Robotics, or RF Engineering. 

 

*Semester 6* 

1. *Microwave & Radar Engineering* 

   - Waveguides, radar systems, satellite communication. 

2. *Digital Signal Processing (DSP)* 

   - FFT, filters, MATLAB applications. 

3. *Entrepreneurship & Innovation* 

   - Business models, IP rights, startup strategies. 

4. *Elective II* 

   - E.g., AI/ML for Communication, IoT Security, or Biomedical Instrumentation. 

5. *Mini Project* 

   - Design a communication system (e.g., IoT sensor network). 

 

*Year 4: Specialization, Management, & Capstone* 

*Semester 7* 

1. *Telecommunication Networks* 

   - OSI model, TCP/IP, VoIP, network security. 

2. *Strategic Management* 

   - Business strategy, SWOT analysis, leadership. 

3. *Elective III* 

   - E.g., Advanced Wireless Technologies, Cloud Computing, or Nanotechnology. 

4. *Financial Management* 

   - Budgeting, cost analysis, ROI for tech projects. 

5. *Internship/Industrial Training* 

   - Hands-on experience in telecom/electronics firms. 

 

*Semester 8* 

1. *Capstone Project* 

   - Real-world problem-solving (e.g., smart city communication system). 

2. *Product Lifecycle Management* 

   - From design to disposal, sustainability in tech. 

3. *Elective IV* 

   - E.g., 6G Technologies, Blockchain for Communication, or Cybersecurity. 

4. *Professional Ethics & Law* 

   - Compliance, data privacy, telecom regulations. 

5. *Seminar/Technical Report* 

   - Industry trends, research paper presentation. 

 

*Elective Options* 

- *Technical Electives: * 

  - IoT & Sensor Networks 

  - Satellite Communication 

  - Machine Learning for Signal Processing 

  - Advanced Antenna Design 

  - Quantum Communication 

 

- *Management Electives: * 

  - Technology Project Management 

  - Marketing for Tech Products 

  - Supply Chain Analytics 

  - Innovation & Change Management 

 

*Labs & Practical Work* 

- *Year 1:* Basic electronics labs, circuit simulation (Multisim). 

- *Year 2:* Microcontroller programming, analogue/digital communication labs. 

- *Year 3:* DSP/FPGA labs, wireless network simulations (NS3/OMNeT++). 

- *Year 4:* Advanced project labs, industry-collaborative prototypes.