Diploma in Mechanical Engineering (Automobile), Syllabus, Eligibility, Duration, Diploma Course

Home Courses in India Engineering Courses Mechanical Engineering Courses Diploma in Mechanical Engineering (Automobile)

Duration

3 Years

Level

Diploma After 10th

Type

Diploma

Eligibility

10th

Diploma in Mechanical Engineering (Automobile) is Diploma level Automobile Engineering course. The duration of the course is three years and course deals with the study of designing, manufacturing and operating automobiles like buses, trucks, cars etc. and their respective engineering subsystems. It also offers specialization in aerodynamics, alternative fuels, chassis, electronics, emissions, ergonomics, manufacturing, materials, motorsport, powertrain, rapid prototyping, vehicle and pedestrian safety or supply chain management. After the completion of the course, the applicants can find many job options in various automobile sectors.

Diploma in Mechanical Engineering (Automobile) Eligibility

The students should have passed 10th class or its equivalent from a recognized school board in India.

Diploma in Mechanical Engineering (Automobile) Syllabus

Syllabus of Mechanical Engineering (Automobile) as prescribed by various Universities and Colleges.

Sr. No.	Subjects of Study
	Engineering Design
1	Introduction
2	Limits, Fits and Surface Finish
3	Gear Design
4	Flywheels
5	Design of Bearings
	Automotive Electrical Systems
1	Batteries
2	Starting System
3	Charging System
4	Ignition System
5	Lighting System & Accessories
	Automotive Diesel Engines
1	Diesel Engine Basic Theory
2	Fuel Injection System
3	Air Motion and Combustion Chambers
4	Supercharging and Turbocharging
5	Diesel Engine Testing and Performance
	Automotive Materials and Metallurgy
1	Elastic and Plastic Behaviour of Materials
2	Fracture, Fatigue and Creep
3	Characteristics of Materials
4	Selection of Materials
5	Heat Treatment and Surface Treatment
	Automotive Transmission
1	Clutch and Gear Box
2	Hydrodynamic Drive
3	Automotive Transmission
4	Hydrostatic Drive and Electric Drive
5	Automatic Transmission Applications
	Instrumentation and Metrology
1	Linear and Angular Measurements
2	Measurement of Screw Thread and Gear
3	Pressure & Flow Measurement
4	Temperature Measurement
5	Load and Torque Measurement
	Computer Aided Vehicle Design Data Characteristics
1	Performance Curves
2	Expectancy Curves
	Computer Aided Machine Drawing
1	Drawing of Machine Elements
2	Drawing of Engine Components
	Engine and Vehicle Testing Laboratory
	Automotive Electronics
1	Fundamental of Automotive Electronics
2	Sensors and Actuators
3	Electronic Fuel Injection and Ignition Systems
4	Digital Engine Control System
5	Electromagnetic Interference Suppression
	Vehicle Body Engineering
1	Car Body Details
2	Vehicle Aerodynamics
3	Bus Body Details
4	Commercial Vehicle Details
5	Body Materials, Trim and Mechanisms
	Manufacturing Processes
1	Theory of Metal Cutting
2	Machine Tools
3	Advanced Welding Process
4	Casting
5	Metal Forming
	Two and Three Wheelers
1	The Power Unit
2	Chassis and Sub-Systems
3	Brakes and Wheels
4	Two Wheelers
5	Three Wheelers
	Automotive Pollution and Control
1	Introduction
2	SI Engine Combustion and Pollutant Formation
3	CI Engine Combustion and Emissions
4	Control Techniques For SI And CI Engine Emission Reduction
5	Test Procedure & Instrumentation for Emission Measurement and Emission Standards
	Quality Control and Reliability Engineering
1	Quality Control and Reliability Engineering
2	Statistical Process Control
3	Acceptance Sampling
4	Life Testing - Reliability Systems Approach
5	Quality and Reliability
	Computer Aided Design Application in Automotive Engine Design
	Automotive Pollution and Electronics Laboratory
	Comprehension
	Vehicle Dynamics
1	Introduction
2	Multi Degree of Freedom Systems
3	Suspension and Tyres
4	Vehicle Handling
5	Stability of Vehicles
	Vehicle Maintenance
1	Maintenance Records and Schedule
2	Maintenance, Repair and Overhauling of Engine
3	Maintenance, Repair and Overhauling of Chassis Drive Line Components
4	Maintenance, Repair and Servicing of Electrical Systems
5	Maintenance, Repair and Servicing of Cooling System, Lubrication System, Fuel System and Body
	Principles of Environmental Science and Engineering
1	Components of Environment
2	Science of Environment
3	Current Environmental Issues

Diploma in Mechanical Engineering (Automobile) Colleges

ABSS Institute of Technology, Meerut
Alpine College of Management and Technology - Polytechnic, Dehradun

Diploma in Mechanical Engineering (Automobile) Course Suitability

The course is suitable for those who have a natural interest in mechanics, cars, mathematics and electronics as the jobs are extremely technical therefore they should be organized and methodical in their working habits.
Those who are good problem solvers and be able to come up with innovative and creative solutions to potential problems and design work are suitable for it.
They should be a hard worker and can work as team members.

How is Diploma in Mechanical Engineering (Automobile) Course Beneficial?

They can get jobs in automobile manufacturing companies; Service centres and they can also successfully run their own businesses in this field.
A large number of Job opportunities in Automobile Industries in India and abroad. Also, Jobs in research and development, designing and manufacturing, sales and components manufacturing of vehicles.
Applicants can find employment in computer-aided industries as designers or they can design models of vehicles by joining the Research and Development wing of companies.

Diploma in Mechanical Engineering (Automobile) Employment Areas