Year 1: Foundation in Engineering and Sciences*

 

*Semester 1:*

- *Mathematics I* (Calculus, Linear Algebra)

- *Engineering Physics* (Mechanics, Waves, Optics)

- *Engineering Chemistry* (Materials, Corrosion, Fuels)

- *Engineering Graphics* (CAD basics, Technical Drawing)

- *Basics of Mechanical Engineering* (Statics, Dynamics)

- *Programming for Engineers* (Python/C)

- *Communication Skills* (Technical Writing, Presentation)

- *Labs/Workshops:* Physics Lab, Chemistry Lab, Engineering Workshop

 

*Semester 2:*

- *Mathematics II* (Differential Equations, Probability)

- *Environmental Science* (Sustainability, Pollution)

- *Electrical & Electronics Engineering* (Circuits, Motors)

- *Material Science* (Metals, Polymers, Composites)

- *Engineering Mechanics* (Statics, Dynamics)

- *Engineering Thermodynamics* (Laws, Cycles)

- *Labs:* Electrical Circuits Lab, Material Testing Lab

 

 

*Year 2: Core Mechanical and Automotive Fundamentals*

 

*Semester 3:*

- *Mathematics III* (Numerical Methods, Statistics)

- *Fluid Mechanics* (Flow Dynamics, Bernoulli’s Principle)

- *Manufacturing Processes* (Casting, Welding, CNC)

- *Strength of Materials* (Stress, Strain, Beams)

- *Introduction to Automotive Engines* (IC Engine Basics)

- *Labs:* Fluid Mechanics Lab, Manufacturing Lab

 

*Semester 4:*

- *Heat Transfer* (Conduction, Convection, Radiation)

- *Machine Design* (Gears, Bearings, Failure Theories)

- *Automotive Chassis & Transmission* (Clutch, Gearbox, Suspension)

- *Automotive Electronics* (Sensors, ECUs, Embedded Systems)

- *Measurements & Instrumentation* (Sensors, Data Acquisition)

- *Labs:* Machine Design Lab, Automotive Electronics Lab

 

*Year 3: Advanced Automotive Systems*

 

*Semester 5:*

- *Internal Combustion Engines* (Design, Combustion, Performance)

- *Vehicle Dynamics* (Stability, Braking, Handling)

- *Automotive Materials* (Lightweight Alloys, Composites)

- *Control Systems* (PID, Automotive Applications)

- *Automotive Aerodynamics* (Drag, Lift, CFD Basics)

- *Labs:* IC Engine Testing Lab, CAD/CAE Lab

 

*Semester 6:*

- *Hybrid & Electric Vehicles* (Battery Tech, Motors, Controllers)

- *Automotive Safety* (Crash Analysis, ABS, Airbags)

- *Automotive Pollution & Control* (Emission Norms, Catalytic Converters)

- *Supply Chain Management* (Lean Manufacturing, Logistics)

- *Elective I* (e.g., Autonomous Vehicles, Alternative Fuels)

- *Project Phase I* (Design Proposal, Prototyping)

 

*Year 4: Specialization and Professional Development*

 

*Semester 7:*

- *Vehicle Body Engineering* (Design, Aerodynamics, Materials)

- *Automotive Diagnostics* (OBD, Telematics, Troubleshooting)

- *Elective II* (e.g., Advanced Battery Systems, IoT in Vehicles)

- *Elective III* (e.g., AI in Automotive Systems)

- *Project Phase II* (Implementation, Testing)

- *Internship* (Industry Exposure, 4-6 Weeks)

 

*Semester 8:*

- *Automotive Regulations & Standards* (Homologation, Safety Norms)

- *Elective IV* (e.g., Motorsports Engineering, Smart Mobility)

- *Final Project* (Thesis, Prototype Demonstration)

- *Seminar* (Emerging Trends in Automotive Tech)

 

*Electives (Sample):*

- Autonomous Vehicle Technology

- Advanced Composite Materials

- Vehicle Telematics & Connectivity

- Motorsports Engineering

- Renewable Energy Systems

 

*Labs/Workshops:*

- Automotive Engine Disassembly/Assembly

- Vehicle Maintenance & Servicing

- CFD and FEA Simulation Labs

- Battery & EV Component Testing

 

*Capstone Project:*

- Year-long project integrating design, analysis, and prototyping (e.g., electric vehicle conversion, autonomous system integration).

 

*Internship:*

- Industry collaboration with automotive manufacturers or R&D centres.

 

*Skills Development:*

- Proficiency in tools like MATLAB, ANSYS, SolidWorks, and CANoe.

- Hands-on experience with hybrid/electric powertrains and embedded systems.