Master of Technology [M.Tech] (Automobile Engineering)

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Pranjal Singhal

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Course Structure

The course is designed to provide skills and knowledge designing, developing and maintaining the auto parts and automobiles so as to make students successful engineers with a shinning career.

The course contains of core courses, electives and Lab Practical.The course delivery methods include lectures, lab work, practical training, assignments, workshops etc.

During the course of this program, students are encouraged to research on a project and this usually happens in the last two semesters. The students are also required to complete a research project which forms an integral part of their final evaluation leading to the M.Tech degree.

In the final assessment, the students are graded on Theory paper, Term work (tests, assignments), Lab work, Training and Research Project.

Syllabus

The syllabus might vary from institution to institution. However, the common topics covered in the course are as follows:

CORE COURSES

Name of course

Topics

Description

Advanced Mathematics for Automobile

Engineers

Matrix Theory

Differential Equations

Calculus of Variation

Interpolation and Integration

Linear Programming Problem

This course is to help students apply mathematical tools in dealing with real time problems in Automobile.

Thermal Engineering

Thermodynamics of combustion

Chemical Kinetics of Combustion

Steam nozzles and turbines

Air compressor

Refrigeration and air conditioning

This course would help students apply laws, concept and methodologies of thermodynamics

Automotive Engines and Subsystems

Engine Basic Theory

Fuel supply, ignition system

Cooling and Lubricating systems

Air motion, Combustion and Combustion chambers

New Engine Technology

This course imparts knowledge on basic fundamentals of automotive engines

Automotive Chassis

Front axle steering system

Drive line study

Braking System

Suspensions systems

This course studies the suspension systems of automobiles.

Automotive Transmission

Clutch and gear box

Hydrodynamic drives

Automatic Transmission

Hydrostatic Drive and Electric Drive

Automatic Transmission applications

This course deals with the study of basic principles in automotive transmission

Automotive Electrical and Electronics

Batteries and starting systems

Charging system, lighting system and accessories

Electronic ignition and injection systems

Sensors in automobiles

Microprocessor in Automobiles

This course deals with the study of electrical components used in a vehicle

Vehicle Body Engineering

Car Body details

Bus body details

Car Aerodynamics

Commercial vehicle details

Commercial vehicle aerodynamics

This course is to impart knowledge on the construction of vehicle, its concept, panelling etc.

Vehicle Dynamics

Basics of vibration

Tyres

Performance characteristics of Vehicle

Handling Characteristics of vehicles

Dynamics of suspension system

This course studies the different types of vibrations produced by the automobile

Engine Management Systems

Fundamentals of automotive electronics

Sensors and Actuators

SI Engine Management

CI Engine Management

Digital Engine Control System

This course explains the principles of engine electronic management system.

Advanced Materials for Automotive

Engineers

Fibre reinforced Plastics

Engineering Ceramics and metal matrix composites

Ceramic and Polymer metal composites

Polymeric materials and manufacturing processes

Foams, adhesives, coating and paints

This course is about the general properties and characteristics of automotive application

ELECTIVES

Name of course

Topics

Description

Transport management and Motor Industry

Introduction on transportation modes

Transport organization and development

Planning for new transport organisation

Motor Vehicle Act

Accident and Prevention

This course is about the transport management and road safety measures which are extremely important in automotive industry

Quality Control and Reliability Engineering

Statistical Quality control

Acceptance sampling

Reliability engineering

Failure data analysis

Reliability prediction and management

Here the focus is on statistical quality control, quality prediction and reliability engineering

Alternative Fuels and Propulsion Systems

Alcohols

Natural Gas, LPG, Hydrogen and Biogas

Vegetable oils

Electric and solar powered vehicles

This course is about the study of engine fuels, alcohols and gasoline in the automobile.

Automotive Safety

Safety Concepts

Safety Equipments

Collision warning and avoidance

Comfort and Convenience system

With this course, the students will be able to learn the different automotive safety aspects

Special Types of Vehicles

Earth moving and Constructional Equipments

Power Train Concepts

Sub Systems of STV

Special Purpose vehicles for industrial application

Farm equipments, military and combat vehicles

This course is about earth moving and constructional equipments, farm equipments, military and combat vehicles

Vehicle Maintenance

Maintenance tool, shop, schedule, records

Power plant repair and overhauling

Maintenance, Repair and Overhauling of the Chassis

Maintenance and repair of vehicle body

Maintenance and repair of Electrical Systems

This course is on the study of vehicle maintenance procedures and recover vehicle from failing.

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