*Credits*: Combination of theory, labs, workshops, and projects.

*Year 1: Core Fundamentals*

*Semester 1* 

1. *Basic Mathematics & Physics* 

   - Algebra, trigonometry, calculus, mechanics, and thermodynamics basics. 

2. *Introduction to Automotive Engineering* 

   - History of automobiles, types of vehicles, and industry overview. 

3. *Engineering Drawing & CAD* 

   - Technical drawing, AutoCAD/SolidWorks for automotive design. 

4. *Workshop Technology* 

   - Tools, lathe machines, welding, sheet metal work, and safety practices. 

 

 *Semester 2* 

1. *Automotive Materials Science* 

   - Metals, alloys, polymers, composites, and material testing. 

2. *Internal Combustion Engines (ICE)* 

   - Engine components, 2-stroke vs. 4-stroke cycles, fuel systems. 

3. *Electrical & Electronics Basics* 

   - Circuits, batteries, sensors, and actuators. 

4. *Fluid Mechanics & Hydraulics* 

   - Principles of fluid dynamics, hydraulic systems in vehicles. 

 

 *Year 2: Intermediate Automotive Systems*

 *Semester 3* 

1. *Automotive Transmission Systems* 

   - Manual, automatic, CVT, differentials, and drivetrain. 

2. *Automotive Chassis & Suspension* 

   - Frame design, suspension types, steering systems, and wheel alignment. 

3. *Vehicle Maintenance & Servicing* 

   - Lubrication, oil changes, brake servicing, and troubleshooting. 

4. *Automotive Electronics* 

   - ECU, CAN bus, instrumentation, and embedded systems. 

 

 *Semester 4* 

1. *Automotive Braking Systems* 

   - Disc/drum brakes, ABS, EBD, and regenerative braking. 

2. *Vehicle Aerodynamics* 

   - Drag, lift, and design principles for fuel efficiency. 

3. *Automotive Pollution & Control* 

   - Emission norms (BS-VI, Euro standards), catalytic converters, and EVs. 

4. *Computer-Aided Vehicle Design (CAVD)* 

   - Simulation software (e.g., ANSYS, CATIA) for stress analysis. 

 

*Year 3: Advanced Topics & Specializations*

*Semester 5* 

1. *Hybrid & Electric Vehicles (HEV/EV)* 

   - Battery technology, motors, charging infrastructure, and power management. 

2. *Automotive Safety Systems* 

   - Airbags, crash testing, ADAS (Advanced Driver Assistance Systems). 

3. *Automotive Manufacturing Processes* 

   - Production lines, robotics, quality control, and lean manufacturing. 

4. *Project Work* 

   - Design and build a small-scale automotive component/system. 

 

*Semester 6* 

1. *Vehicle Diagnostics & Telematics* 

   - OBD-II scanners, fault codes, IoT in vehicles, and telematics. 

2. *Alternative Fuels* 

   - CNG, LNG, hydrogen fuel cells, and biofuels. 

3. *Industrial Training/Internship* 

   - Hands-on experience at automotive workshops or manufacturing units. 

4. *Final Project* 

   - Comprehensive project (e.g., engine overhaul, EV conversion). 

 

*Practical Components* 

- *Labs*: 

  - Engine disassembly/assembly, transmission testing, brake system analysis. 

  - Electrical wiring, ECU programming, and sensor calibration. 

- *Workshops*: 

  - Welding, machining, and CNC operations. 

- *Software Training*: 

  - AutoCAD, SolidWorks, MATLAB, and diagnostic tools (e.g., Bosch KTS). 

 

*Electives (Year 3)* 

1. Automotive Aerodynamics 

2. Autonomous Vehicle Technology 

3. Advanced Manufacturing (3D printing, robotics) 

4. Automotive Marketing & Management 

 

*Assessment Methods* 

- *Theory Exams*: 60–70% weightage. 

- *Practical Exams*: Lab performance, workshops, and viva voce. 

- *Projects & Case Studies*: 20–30% weightage. 

- *Industrial Training Report*: Mandatory for certification.