*Program Overview* 

This advanced diploma prepares students for careers in the automotive industry, combining engineering principles with modern automotive technologies. The curriculum focuses on design, manufacturing, maintenance, and innovation in automobile systems, with an emphasis on sustainability, electric vehicles (EVs), and smart technologies. 

 

*Core Modules* 

 

1. *Automotive Engineering Fundamentals* 

   - Topics: Vehicle dynamics, thermodynamics, fluid mechanics, material science. 

   - Focus: Core principles of mechanical and automotive systems. 

 

2. *Internal Combustion Engines (ICE)* 

   - Submodules: 

     - *Engine Design:* Components (pistons, crankshafts, camshafts), combustion cycles. 

     - *Performance Analysis:* Fuel injection systems, turbocharging, emission control (BS-VI, Euro norms). 

     - *Engine Testing and Calibration:* Dyno testing, efficiency optimization. 

 

3. *Automotive Electronics and Embedded Systems* 

   - Topics: ECU (Engine Control Unit), sensors, CAN bus, ADAS (Advanced Driver Assistance Systems), infotainment. 

   - Lab Work: Circuit design, diagnostics, and programming microcontrollers. 

 

4. *Electric and Hybrid Vehicle Technology* 

   - Topics: EV architecture (batteries, motors, controllers), regenerative braking, charging infrastructure. 

   - Case Studies: Tesla, Toyota Hybrid Synergy Drive, battery management systems (BMS). 

 

5. *Vehicle Design and Manufacturing* 

   - Submodules: 

     - *CAD/CAM:* Design software (AutoCAD, CATIA, SolidWorks) for chassis, body, and components. 

     - *Production Techniques:* Stamping, welding, additive manufacturing (3D printing). 

     - *Quality Control:* Six Sigma, ISO/TS 16949 standards. 

 

6. *Automotive Maintenance and Diagnostics* 

   - Topics: Troubleshooting techniques, OBD-II scanners, predictive maintenance, IoT-enabled diagnostics. 

   - Workshops: Engine disassembly/assembly, transmission systems. 

 

7. *Sustainable Automotive Practices* 

   - Topics: Lightweight materials (carbon fiber, aluminium), recycling, emission reduction, hydrogen fuel cells. 

   - Tools: Lifecycle assessment (LCA), carbon footprint analysis. 

 

8. *Automotive Safety and Regulations* 

   - Topics: Crash testing (NCAP standards), airbag systems, ABS, EBD, global safety norms (NHTSA, UNECE). 

   - Compliance: Homologation, vehicular emission laws. 

 

*Practical Components* 

- *Lab Sessions:* Engine testing, EV battery simulations, CAD prototyping. 

- *Industry Visits:* Automotive plants, R&D centers, EV charging stations. 

- *Capstone Project:* Design a vehicle subsystem (e.g., hybrid powertrain, autonomous sensor integration). 

- *Internship:* Mandatory 6–8 weeks in automotive OEMs, service centers, or tech startups. 

 

*Elective Modules* 

1. *Autonomous Vehicle Technology* 

   - Lidar/radar systems, machine learning for self-driving algorithms. 

2. *Motorsport Engineering* 

   - Aerodynamics, race car dynamics, high-performance materials. 

3. *Automotive Aerodynamics* 

   - CFD (Computational Fluid Dynamics), wind tunnel testing. 

4. *Supply Chain and Logistics in Automotive Industry* 

 

*Professional Development* 

- *Soft Skills:* Technical communication, project management (Agile/Scrum). 

- *Certifications Prep:* ARAI (India), ASE (USA), or EV-specific certifications. 

- *Workshops:* AI in automotive systems, ethical hacking for vehicle cybersecurity. 

 

*Assessment Methods* 

- Theory Exams (30%) 

- Practical Labs/Design Projects (40%) 

- Case Studies/Presentations (20%) 

- Capstone Project (10%)