Diploma in Instrumentation & Control Engineering 

Semester 1: Basic Sciences & Engineering Fundamentals

1. Applied Mathematics – I

   • Algebra, Trigonometry, Calculus, Matrices

2. Applied Physics

   • Units & Measurements, Optics, Thermodynamics, Electricity

3. Applied Chemistry

   • Basics of Chemistry, Electrochemistry, Corrosion

4. Engineering Mechanics

   • Statics, Dynamics, Forces, Friction

5. Basic Electrical Engineering

   • DC/AC Circuits, Transformers, Motors, Measuring Instruments

6. Workshop Practice

   • Electrical & Mechanical Tools, Safety Practices

Semester 2: Core Instrumentation Fundamentals

1. Applied Mathematics – II

   • Differential Equations, Probability, Statistics

2. Electronics – I

   • Semiconductor Devices, Diodes, Transistors, Amplifiers

3. Electrical Circuits & Machines

   • AC/DC Machines, Power Systems, Circuit Analysis

4. Engineering Drawing & CAD

   • Technical Drawing, AutoCAD Basics

5. Basics of Instrumentation

   • Introduction to Sensors, Transducers, Measurement Principles

6. Computer Fundamentals & Programming (C Language)

   • Basics of Programming, Algorithms, Flowcharts

Semester 3: Analog & Digital Electronics

1. Electronics – II

   • OP-Amps, Oscillators, Power Electronics

2. Digital Electronics

   • Logic Gates, Flip-Flops, Counters, Microprocessors Basics

3. Industrial Instrumentation – I

   • Pressure, Flow, Level, Temperature Measurement

4. Process Control – I

   • Control Systems Basics, Feedback, PID Control

5. Network Analysis & Filters

   • Theorems, Passive & Active Filters

6. Environmental Science

   • Pollution Control, Sustainable Practices

Semester 4: Control Systems & Automation

1. Microcontrollers & PLCs

   • 8051 Microcontroller, PLC Programming (Ladder Logic)

2. Industrial Instrumentation – II

   • Analytical Instruments (pH, Conductivity, Gas Analyzers)

3. Process Control – II

   • Advanced Control Strategies, SCADA, DCS Basics

4. Signals & Systems

   • Signal Processing, Fourier & Laplace Transforms

5. Industrial Safety & Maintenance

   • Hazard Analysis, Safety Standards (ISO, OSHA)

6. Project Work – I

   • Mini Project on Instrumentation/Control

Semester 5: Advanced Instrumentation & Communication

1. Industrial Automation

   • HMI, Robotics, IoT in Instrumentation

2. Process Instrumentation

   • Control Valves, Actuators, Calibration Techniques

3. Communication Systems

   • Analog & Digital Communication, Fieldbus (HART, Profibus)

4. Advanced Control Systems

   • Fuzzy Logic, Neural Networks, Adaptive Control

5. Power Plant Instrumentation

   • Boiler Control, Turbine Monitoring

6. Project Work – II

   • Industrial Case Study / Simulation

Semester 6: Industrial Training & Final Project

1. Industrial Management & Entrepreneurship

   • TQM, Lean Manufacturing, Startup Basics

2. Advanced Sensors & IoT

   • Smart Sensors, Wireless Instrumentation

3. Final Project

   • Real-world Instrumentation/Control System Implementation

4. Internship/Viva-Voce

   • Industrial Training & Evaluation

Additional Components (Across Semesters)

• Lab Work:

  • Electronics Lab, Instrumentation Lab, PLC Lab, Process Control Lab

• Workshops & Industrial Visits

• Soft Skills & Communication Training