Automobile Mechanics & Engine Design
This training is designed to provide an insight view in the field of automotive and engine design to the students. All the concepts will be explained in detail with the Help of Theory and with specially designed animations along with an dis-assembling of a car in garage which would help the students to visualize things before actually practically working on it.
This training is especially designed to provide an insight view in the field of automotive and engine design to the students. This course is designed to give students the skills they need to become the best car experts out there.
All Car Lovers don\'t miss the chance to choose your best career option with this training program.
* Note:The Number of Project will be Covered According to the Duration of that particular Program.
Fees:
Course Duration (15 Days)- Rs. 4,999/- per participant including of all taxes.
Course Duration (30 Days)- Rs. 6,999/- per participant including of all taxes.
Day 01
Theory
Introduction to automobile
• Introduction to Extensive Field of automobile Industrial
• Application of automobile: Industrial and service.
• Introduction to thermodynamics
• Basics of system and surrounding
• New and Upcoming Technologies
Day 02
Theory
Introduction to laws of thermodynamicsn
• First law of thermodynamics.
• Second law thermodynamics.
• Third law of thermodynamics.
• ZEROTH law of thermodynamics.
Day 03
Theory
• Introduction to fluid dynamics
• Types of fluid motion
• Equation of continuity
• Bernoulli’s theorem
• Application to Bernoulli’s theorem
• Proof of Bernoulli’s theorem
Day 04
Theory
• Chemical structure of petrol and diesel
• Thermodynamic difference between petrol and diesel
• Chemical bonding between carbon atom of thermodynamic fuel
Day 05
Theory
• Kinematics
• nverse of kinematics
Day 06 Project
Day 07 Project
Day 08
Theory
• Introduction to automobile
• Indian automobile industry
• Six sigma rating
• Types of locomotive engine
Day 09
Theory
• Chassis design
• Terminology and types of chassis
Day 10
Theory
• Suspension unit
• Weight transfer
• Jacking force
• Anti dive and anti squat
• Camber and caster angle
• Spring rate
Day 11
Theory
Types of suspension
• Dependent type
• Independent type
Front and rear suspension
• Mc person strut
• Coil spring
Day 12
Theory
• Brief history of IC engine
• Introduction to IC engine.
• Explanation to working principal of IC engine
Day 13 PROJECT
Day 14 PROJECT
Day 15 Completion of Basic Module
Theory
Introduction to automobile
• Introduction to Extensive Field of automobile Industrial
• Application of automobile: Industrial and service.
• Introduction to thermodynamics
• Basics of system and surrounding
• New and Upcoming Technologies
Day 02
Theory
Introduction to laws of thermodynamicsn
• First law of thermodynamics.
• Second law thermodynamics.
• Third law of thermodynamics.
• ZEROTH law of thermodynamics.
Day 03
Theory
• Introduction to fluid dynamics
• Types of fluid motion
• Equation of continuity
• Bernoulli’s theorem
• Application to Bernoulli’s theorem
• Proof of Bernoulli’s theorem
Day 04
Theory
• Chemical structure of petrol and diesel
• Thermodynamic difference between petrol and diesel
• Chemical bonding between carbon atom of thermodynamic fuel
Day 05
Theory
• Kinematics
• nverse of kinematics
Day 06 Project
Day 07 Project
Day 08
Theory
• Introduction to automobile
• Indian automobile industry
• Six sigma rating
• Types of locomotive engine
Day 09
Theory
• Chassis design
• Terminology and types of chassis
Day 10
Theory
• Suspension unit
• Weight transfer
• Jacking force
• Anti dive and anti squat
• Camber and caster angle
• Spring rate
Day 11
Theory
Types of suspension
• Dependent type
• Independent type
Front and rear suspension
• Mc person strut
• Coil spring
Day 12
Theory
• Brief history of IC engine
• Introduction to IC engine.
• Explanation to working principal of IC engine
Day 13 PROJECT
Day 14 PROJECT
Day 15 Completion of Basic Module
Day 01
Theory
Introduction to automobile
• Introduction to Extensive Field of automobile Industrial
• Application of automobile: Industrial and service.
• Introduction to thermodynamics
• Basics of system and surrounding
• New and Upcoming Technologies
Day 02
Theory
Introduction to laws of thermodynamics
• First law of thermodynamics.
• Second law thermodynamics.
• Third law of thermodynamics.
• ZEROTH law of thermodynamics.
Day 03
Theory
• Introduction to fluid dynamics
• Types of fluid motion
• Equation of continuity
• Bernoulli’s theorem
• Application to Bernoulli’s theorem
• Proof of Bernoulli’s theorem
Day 04
Theory
• Chemical structure of petrol and diesel
• Thermodynamic difference between petrol and diesel
• Chemical bonding between carbon atom of thermodynamic fuel
Day 05
Theory
• Kinematics
• nverse of kinematics
Day 06 Project
Day 07 Project
Day 08
Theory
• Introduction to automobile
• Indian automobile industry
• Six sigma rating
• Types of locomotive engine
Day 09
Theory
• Chassis design
• Terminology and types of chassis
Day 10
Theory
• Suspension unit
• Weight transfer
• Jacking force
• Anti dive and anti squat
• Camber and caster angle
• Spring rate
Day 11
Theory
Types of suspension
• Dependent type
• Independent type
Front and rear suspension
• Mc person strut
• Coil spring
Day 12
Theory
• Brief history of IC engine
• Introduction to IC engine.
• Explanation to working principal of IC engine
Day 13 PROJECT
Day 14 PROJECT
Day 15 Completion of Basic Module
Day 16
Theory
• Solid axil, leaf spring and coil spring
• Beam axil
Day 17
Theory
• Front and rear suspension
• Double wishbone
• I beam
Day 18
Theory
• Types of IC engine
• Petrol engine
• Diesel engine
Day 19
Theory
• Two stroke engine with graph
• Four stroke engine with graph
• Six stroke engine with graph
Day 20
Theory
• IC engine design
• New technology of IC engine
• Fuel supply system
• DTSi, PGMFi etc
Day 21 Project
Day 22 Project
Day 23
Theory
• Cooling system in IC engine
• Lubrication System
Day 24
Theory
• Steering in automobile
• Power steering in automobile
• New technology in steering in automobile
Day 25
Theory
• Fuels and oxidizers
• Fuels
• Hydrogen
• Oxidizers
Day 26
Theory
• Braking in automobile
• Discs brakes
• Drum brakes
• ABS-anti lock Braking system
Day 27
Theory
• Break actuator
• Power brake
• Master cylinder
• Hydraulic brake
• Brake fluids
Day 28 Project
Day 29 PROJECT
Day 30 Completion of Advance Module
Theory
Introduction to automobile
• Introduction to Extensive Field of automobile Industrial
• Application of automobile: Industrial and service.
• Introduction to thermodynamics
• Basics of system and surrounding
• New and Upcoming Technologies
Day 02
Theory
Introduction to laws of thermodynamics
• First law of thermodynamics.
• Second law thermodynamics.
• Third law of thermodynamics.
• ZEROTH law of thermodynamics.
Day 03
Theory
• Introduction to fluid dynamics
• Types of fluid motion
• Equation of continuity
• Bernoulli’s theorem
• Application to Bernoulli’s theorem
• Proof of Bernoulli’s theorem
Day 04
Theory
• Chemical structure of petrol and diesel
• Thermodynamic difference between petrol and diesel
• Chemical bonding between carbon atom of thermodynamic fuel
Day 05
Theory
• Kinematics
• nverse of kinematics
Day 06 Project
Day 07 Project
Day 08
Theory
• Introduction to automobile
• Indian automobile industry
• Six sigma rating
• Types of locomotive engine
Day 09
Theory
• Chassis design
• Terminology and types of chassis
Day 10
Theory
• Suspension unit
• Weight transfer
• Jacking force
• Anti dive and anti squat
• Camber and caster angle
• Spring rate
Day 11
Theory
Types of suspension
• Dependent type
• Independent type
Front and rear suspension
• Mc person strut
• Coil spring
Day 12
Theory
• Brief history of IC engine
• Introduction to IC engine.
• Explanation to working principal of IC engine
Day 13 PROJECT
Day 14 PROJECT
Day 15 Completion of Basic Module
Day 16
Theory
• Solid axil, leaf spring and coil spring
• Beam axil
Day 17
Theory
• Front and rear suspension
• Double wishbone
• I beam
Day 18
Theory
• Types of IC engine
• Petrol engine
• Diesel engine
Day 19
Theory
• Two stroke engine with graph
• Four stroke engine with graph
• Six stroke engine with graph
Day 20
Theory
• IC engine design
• New technology of IC engine
• Fuel supply system
• DTSi, PGMFi etc
Day 21 Project
Day 22 Project
Day 23
Theory
• Cooling system in IC engine
• Lubrication System
Day 24
Theory
• Steering in automobile
• Power steering in automobile
• New technology in steering in automobile
Day 25
Theory
• Fuels and oxidizers
• Fuels
• Hydrogen
• Oxidizers
Day 26
Theory
• Braking in automobile
• Discs brakes
• Drum brakes
• ABS-anti lock Braking system
Day 27
Theory
• Break actuator
• Power brake
• Master cylinder
• Hydraulic brake
• Brake fluids
Day 28 Project
Day 29 PROJECT
Day 30 Completion of Advance Module