*Year 1: Semester 1* 

1. *Engineering Mathematics-I* 

   - Algebra, Trigonometry, Calculus, Matrices. 

2. *Applied Physics* 

   - Mechanics, Thermodynamics, Optics, Units & Measurements. 

3. *Basics of Electrical Engineering* 

   - Ohm’s Law, AC/DC Circuits, Power Calculations. 

4. *Engineering Chemistry* 

   - Electrochemistry, Corrosion, Fuels. 

5. *Computer Fundamentals* 

   - Basics of Programming (C/Python), MS Office, OS Concepts. 

6. *Workshop Practice* 

   - Electrical Wiring, Soldering, Mechanical Tools. 

 

*Year 1: Semester 2* 

1. *Engineering Mathematics-II* 

   - Differential Equations, Probability, Statistics. 

2. *Electronics-I* 

   - Diodes, Transistors, Rectifiers, Amplifiers. 

3. *Engineering Drawing & CAD* 

   - Instrumentation Symbols, P&ID Diagrams, AutoCAD Basics. 

4. *Environmental Studies* 

   - Pollution Control, Renewable Energy, Sustainability. 

5. *Communication Skills* 

   - Technical Report Writing, Presentations, Group Discussions. 

6. *Electrical Machines* 

   - Transformers, Motors, Generators. 

 

*Year 2: Semester 3* 

1. *Industrial Instrumentation* 

   - Pressure, Flow, Temperature, and Level Measurement Techniques. 

2. *Analog & Digital Electronics* 

   - OP-amps, Logic Gates, Counters, Microprocessors. 

3. *Process Control Systems* 

   - PID Controllers, Control Loops, Tuning Methods. 

4. *Transducers & Sensors* 

   - RTD, Thermocouples, Strain Gauges, Piezoelectric Sensors. 

5. *Lab Work* 

   - Sensor Calibration, Signal Conditioning Circuits. 

 

*Year 2: Semester 4* 

1. *Microcontrollers & Applications* 

   - 8051/Arduino Programming, Interfacing Sensors. 

2. *Pneumatics & Hydraulics* 

   - Actuators, Control Valves, Fluid Power Systems. 

3. *Digital Signal Processing* 

   - ADC/DAC, Filters, Noise Reduction. 

4. *Industrial Communication Protocols* 

   - HART, Modbus, RS-485, SCADA Basics. 

5. *Lab Work* 

   - PLC Programming (Ladder Logic), Hydraulic Circuits. 

 

*Year 3: Semester 5* 

1. *Control Systems Engineering* 

   - Transfer Functions, Stability Analysis, Bode Plots. 

2. *Programmable Logic Controllers (PLCs)* 

   - Advanced Ladder Logic, Industrial Automation Projects. 

3. *Analytical Instrumentation* 

   - pH Meters, Spectrophotometers, Gas Chromatography. 

4. *Power Electronics* 

   - Thyristors, Inverters, Motor Drives. 

5. *Lab Work* 

   - SCADA Systems, Robotics Integration. 

*Year 3: Semester 6* 

1. *Advanced Process Control* 

   - Distributed Control Systems (DCS), Cascade Control. 

2. *Instrumentation Design & Documentation* 

   - P&ID Development, Safety Instrumented Systems (SIS). 

3. *Industrial Safety & Standards* 

   - Hazard Analysis, ATEX, ISO Standards. 

4. *Project Work* 

   - Design and Implementation of an Instrumentation System (e.g., Temperature Control Unit). 

5. *Industrial Training/Internship* 

   - Hands-on Experience in Industries (Oil & Gas, Power Plants, Pharmaceuticals). 

 

*Elective Subjects* 

- *IoT & Smart Sensors* 

- *Biomedical Instrumentation* 

- *Renewable Energy Systems* 

- *Robotics & Automation* 

- *Industrial Data Analytics*