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This course helps you practically learn automobile engineering. You will be provided with the tools and our Engineers will give you the knowledge to develop your automobile prototype from scratch. You’ll also spend a majority of time in exploring an IC Engine in addition to the hands-on experience on bike engine. 

With this training program, you have the opportunity to develop practical automobile engineering skills. Here’s what you’ll learn by hands-on sessions:

  • Mechanisms involved in today’s automobile
  • Working of internal IC Engine components
  • How transmission, suspension and other car systems work
  • How to configure and experiment with an automobile model
  • Introduction about Electric Vehicle

Topics to be Covered:

Session 1 : Basic Automobile & Designing

  1. Introduction to Automobile Mechanics
  2. Locomotive Vehicle
  3. Chassis Design
  4. Brief Terminology
  5. Multipoint Strut Bar
  6. Fender Bar
  7. Anti Roll Bar
  8. Monocoque
  9. Tubular Space
  10. Longeron RH, LH
  11. Types of Chassis
  12. Ladder Flame Chassis
  13. Tubular Space Frame Chassis
  14. Monocoque Frame Chassis
  15. Ulsab Monocoque
  16. Back Bone Frame Chassis
  17. Aluminium Space Frame
  18. Carbon Fiber Monocoque

Software Designing Session

Session 2: Suspensions

Brief terminology

  1. Weight Transfer ( Sprung and Unsprung )
  2. Jacking Forces
  3. Camber And Caster Angel
  4. Anti Dive And Anti Squat
  5. Spring Rate
  6. Travel

Types of Suspensions

  1. Dependent Suspension
  2. Independent Suspension

Front Independent Suspensions

  1. McPherson Strut
  2. Double wishbone
  3. Coil Spring Type 1
  4. Coil Spring Type 2
  5. Multi Link Type
  6. Training Arm Suspension
  7. I beam Suspension

Rear suspension- Dependent Systems

  1. Solid- Axle , leaf- Spring
  2. Solid- Axle, Coil Spring
  3. Beam Axle

Hydragas Suspension

Hydropneumatic Suspension

Progressively wound Spring

Torsion bars

Software Designing Session

Session 3: Braking Unit

Disc Brakes

  1. Self adjusting nature
  2. Disc damage modes
  3. Servicing your disk

Drum Brakes

Anti- Lock braking systems

  1. Four channel, four -sensor ABS
  2. Three- Channel , Three- Sensor ABS
  3. One Channel , One - Sensor ABS

Brakes Actuators

  1. Cable- Operated
  2. Solid Bar Connection
  3. Single - Circuit Hydraulic
  4. Dual - Circuit Hydraulic
  5. Brakes- by Wire

Power Brakes and master Cylinder

Brakes Fluids

Session 4 : Transmission

Manual Transmission

  1. Gear Ratio
  2. Different types of gear
  3. Clutch & its Component s
  4. Reverse & Its Working

Automatic Transmission

  1. Planetry Gearsets
  2. DSG/ DCT Gear Boxes

Torque Converter

Software Designing Session

Session 5 : Differential & Traction

  • Differentials
  • Open Differentials
  • Locking Differentials
  • 2WC,4 WD , AWD
  • Tyres and Tractions Controls
  • Tyre Size Notations
  • Tyre Types for Passenger Cars
  • Tyre  Construction  
  • Cross- ply Construction
  • Radial Construction
  • Tyre tread
  • Traction & its Controls

Session 6 : IC Engine Session

  • IC Engines
  • Types
  • Compression Ignition
  • Spark Ignition
  • Layouts
  • Engine Balancing
  • Spark Plug
  • Carburetor
  • Fuel Injection
  • Valves & Valve Timing
  • Valve Trains
  • Engine Cooling
  • Turbochargers & Supercharges

Software Designing Session

Session 7 : Bike Engine Dis- Assembly

Groups will be asked to dis-assemble or assemble the bike provided to them during internship

Practical Session

Software Designing  Session

Session 8 : Final Software Session

Practical Session

Software Designing  Session

Session 9 : Car Module Identification

Group will be asked to identify various sub modules present in the car on opening the hood

Practical Session

Session 10 :Technology Session

  • PGMFi
  • DTS-Fi
  • MPFi
  • CRDi
  • RTR
  • VVTI
  • i- Vtec & TDI
  • Airbag & Steering Systems

Session 11: Electric Vehicle (EV)

  • EVs : A clean mobility option
  • Comparison between Electric vs Petrol vs Hybrid Vehicle
  • Motion and dynamic equations for vehicles
  • Propulsion requirements for vehicles
  • HEV architectures
  • EV architectures
  • Mechanical systems used in EVs and HEVs
  • Fundamentals of Regenerative Braking
  • Electrical machines for EVs and HEVs
  • Voltage Control of DC-AC Inverters Using PWM
  • Control Systems for the HEV and EVs
  • Batteries for EVs
  • Fuel cell and supercapacitors
  • Electric vehicle charger
  • Electric vehicle charger technology
  • EV charging and the grid

Duration

  • 2 Weeks  
  • 4 Weeks ( In 4 Weeks Training, 2 Weeks will be of Classroom Hands-On Practical Technical Training same like two week training program & 2 Weeks Time Participants will get for completion of a Project/Research Work). Incase if any students require 6 Weeks to 8 Weeks Certificate as per institute/university criteria of internship then please contact us & inform us on a prior basis.

Fees

  • Registration Fee of Rs 1000 to be paid after filling Registration Form through our online payment gateway or through Paytm.
  • Course Fee is Rs 5999 /-. (For More Discounts & Offers please check our Discounts & Offers Page).

  Download Automobiles, EV & Vehicle Design Full Course Content in PDF

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