*Year 1: Foundation in Engineering* 

*Semester 1* 

1. *Mathematics I* 

   - Calculus, differential equations, and linear algebra. 

2. *Engineering Physics* 

   - Basics of mechanics, optics, and modern physics. 

3. *Basic Electrical Engineering* 

   - Circuit theory, DC/AC circuits, and network analysis. 

4. *Engineering Graphics & CAD* 

   - Technical drawing, AutoCAD, and SolidWorks basics. 

5. *Workshop Practice* 

   - Hands-on training in machining, welding, and carpentry. 

 

*Semester 2* 

1. *Mathematics II* 

   - Probability, statistics, and numerical methods. 

2. *Programming for Engineers (C/Python)* 

   - Algorithms, data structures, and problem-solving. 

3. *Engineering Mechanics* 

   - Statics, dynamics, and free-body diagrams. 

4. *Electronics Engineering Fundamentals* 

   - Semiconductor devices, diodes, transistors, and basic circuits. 

5. *Chemistry for Engineers* 

   - Materials science, polymers, and corrosion. 

 

*Year 2: Core Mechatronics Concepts* 

*Semester 3* 

1. *Mechanical Systems Design* 

   - Kinematics, gears, bearings, and linkages. 

2. *Analog & Digital Electronics* 

   - Op-amps, logic gates, and microcontrollers (e.g., Arduino). 

3. *Material Science & Strength of Materials* 

   - Stress-strain analysis, material properties. 

4. *Signals & Systems* 

   - Time/frequency domain analysis, Fourier transforms. 

5. *Lab 1: Electronics & Microcontroller Programming* 

   - Circuit design, sensor interfacing, and basic robotics. 

 

*Semester 4* 

1. *Control Systems Engineering* 

   - Transfer functions, PID controllers, and stability analysis. 

2. *Fluid Mechanics & Hydraulics* 

   - Pascal’s law, pumps, actuators, and pneumatics. 

3. *Digital Signal Processing* 

   - Filter design, ADC/DAC, and real-time signal processing. 

4. *Thermodynamics & Heat Transfer* 

   - Laws of thermodynamics, heat exchangers. 

5. *Lab 2: PLC & Automation* 

   - Programming PLCs (Siemens, Allen-Bradley) for industrial automation. 

 

*Year 3: Advanced Integration & Specialization* 

*Semester 5* 

1. *Robotics Engineering* 

   - Robot kinematics, dynamics, and ROS (Robot Operating System). 

2. *Embedded Systems* 

   - ARM Cortex, RTOS, and interfacing sensors/actuators. 

3. *Sensors & Actuators* 

   - Types of sensors (pressure, temperature, proximity), actuators (servo, stepper). 

4. *Mechatronic System Design* 

   - Integration of mechanical, electrical, and software components. 

5. *Lab 3: Robotics & Industrial Automation* 

   - Building robotic arms, AGVs (Automated Guided Vehicles). 

 

*Semester 6* 

1. *Artificial Intelligence & Machine Learning* 

   - Basics of AI/ML for predictive maintenance and automation. 

2. *Industrial IoT & Smart Manufacturing* 

   - Industry 4.0, IoT protocols, and cyber-physical systems. 

3. *CNC & CAD/CAM* 

   - CNC programming, CAM software (Mastercam, Fusion 360). 

4. *Elective 1* 

   - Choose: Renewable Energy Systems / Autonomous Vehicles / Biomechanics. 

5. *Internship (4–6 weeks) * 

   - Industry exposure in automation, automotive, or manufacturing sectors. 

 

*Year 4: Specialization & Capstone Projects* 

*Semester 7* 

1. *Advanced Control Systems* 

   - Fuzzy logic, neural networks, and adaptive control. 

2. *MEMS & Nanotechnology* 

   - Micro-electromechanical systems and applications. 

3. *Project Management* 

   - Agile, Six Sigma, and cost estimation for engineering projects. 

4. *Elective 2* 

   - Choose: Human-Robot Interaction / Drone Technology / Additive Manufacturing. 

5. *Lab 4: AI-Driven Automation* 

   - Implementing AI in mechatronic systems (e.g., vision-based robotics). 

 

*Semester 8* 

1. *Final Year Project (Capstone)* 

   - Design and build a mechatronic system (e.g., autonomous robot, smart HVAC system). 

2. *Professional Ethics & IPR* 

   - Intellectual property rights, ethics in engineering. 

3. *Elective 3* 

   - Choose: Advanced Robotics / Smart Grid Systems / Medical Mechatronics. 

4. *Industrial Training (6–8 weeks)* 

   - Advanced internship in R&D or production units. 

 

*Key Features of the Program* 

- *Credits:* 160–180 credits (varies by university). 

- *Electives:* Focus on emerging fields like AI, IoT, and renewable energy. 

- *Practical Training:* Labs, workshops, and internships (20+ weeks total). 

- *Tools & Software:* 

  - MATLAB/Simulink, LabVIEW, ROS, AutoCAD, PLC programming tools. 

- *Assessment:* Exams, lab reports, project presentations, and viva voce.