Designer - Auto Body/Vehicle Manufacturing

Computer Aided Engineering
Engineering Project Management
Intelligent Transport System
Noise, Vibration and Harshness
Advanced Manufacturing Processes and Materials
Power Train and Engineering Dynamics
Alternative Propulsion Systems
Ground Vehicles Aerodynamics
Individual Project

Branches of Area Earned – Theory, Practical and Electives (Four years Semester Basis):
Engineering Mathematics (1-4 papers), Engineering Physics, Physics Lab, Engineering Chemistry, Chemistry Lab, Humanities, Engineering Graphics, Engineering Mechanics, Basic Electrical and Electronics Engineering, Computer Programming, Fluid Mechanics, Mechanics of Solids, Machine Drawing, Electrical Technology, Environmental studies, Metallurgy and Material science, Auto Chassis, Fluid Machinery, Fluid Mechanics and Machinery Lab, Auto Chassis Lab, Computational Methods in Engineering, Thermodynamics and heat transfer, Machine Dynamics, Automotive Transmission, Production Technology, Metrology and Instrumentation, Engineering Economics and Principles of Management, Machine Design, Auto Electrical and Electronics, Auto Power Plant, Applied Thermal Engineering, Finite Element Methods, Engine and Drive Line Design, Vehicle Dynamics, Vehicle Maintenance and Testing, Advanced Internal Combustion Engines, Quality Engineering and Management, Industrial Engineering, Transport Refrigeration and Air Conditioning.

Electives
Quality Engineering and Management, Industrial Engineering, Transport Refrigeration and Air conditioning, Vehicle Body Engineering, Advanced Automotive Technology, Composite Materials.

Practical
Cad/Cam Lab and Mini Project, Heat Transfer Lab, Physics Lab, Chemistry Lab, Machine Shop, Electrical Technology Lab, Strength of Materials Lab, Heat Engines Lab, Vehicle Reconditioning Lab, Project, Seminar, Project, Viva Voce

Responsibilities: Modelling and detailing of automotive plastic parts and machined components.

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