Experiments
1 Study of common standards related to the automotive industry : IATF 16949, ISO 9001, ISO 14001, ISO 45001
2 Complete modelling of concept 2-wheeled and 4-wheeled vehicles (major systems) using any one of the Automotive Concept Design & Styling Software*.
3 Simulation of Suspension system using commercial software for LCV and HCV
4 Study of Driveline systems and Simulation using Commercial MBD software.
5 Stress Analysis of Chassis Components using FE Software.
6 Testing Two Wheeled Vehicles on Chassis Dynamometer.
7 Study and practice of wheel alignment (computerized) and wheel balancing.
8 Drawing electrical wiring layout for two, three and for wheeler vehicles
9 Study of Vehicle aerodynamic forces and moments in Wind tunnel
10 Car - Clay modeling exercises (expertise from fine arts school may be availed)
11 Impact Analysis of Automotive Vehicle System using FE Software.
Course outcomes:
At the end of the course the student will be able to:
CO1: Understand the suspension systems used in automotive vehicles, model them and simulate their working
CO2: Design and analyze the driveline systems
CO3:Prepare the layout of wiring system and analyze for fault
CO4: Perform testing and analysis of forces using dynamometer.
CO5: Analyze the impact of automotive vehicle system and suggest remedial actions/design improvements.
Software:*Romax concept, Autodesk- Alias / 3DS Max, Blender (Open source software), Rhino 3D, Creo Parametric, Sold works, Solid Edge, Inventor, CATIA (any one software),