The document outlines the course objectives and outcomes for an Automobile Engineering course. The course covers 6 units: Introduction and Drive Train, Axles, Wheels and Tyres, Steering System, Suspension and Brake System, Electrical System and Vehicle Maintenance, and Electric and Hybrid Electric Vehicles. The objectives are to make students conversant with automobile systems, performance analysis, safety, electrical systems, and emerging trends like electric vehicles. Course outcomes include identifying components, explaining various parts, analyzing performance, handling problems, and applying knowledge of future vehicle technologies.

1. Matoshri College of Engineering & Research Centre,
Eklahare, Nashik
Program: Mechanical Engineering
Course: Automobile Engineering[402045A]
Class : Final Year Engineering
By
Mr. R.S.Patil

2. COURSE OBJECTIVES

3. Course : Automobile Engineering (402045 A)
Unit 1: Introduction and Drive Train
CO.1 To understand basics of Automobile
Engineering, conversant with drive train and
transmission.
a) Student should able to understand basics of
automobile history and it’s development.
b) Student should able to understand
Role of the automobile industry in national growth.
c) Student should able to understand various
Automotives system.
d) Student should able to understand basics of drive
train of automobiles.

4. CO.2 To make the student conversant with Axles,
Steering System & Tyre Wheel assembly. .
a) Student should able to understand basic and types
of steering system.
b) Student should able to understand brakes systems
and their types.
c) Student should able to understand Tyres and
Wheel terminology.
Course : Automobile Engineering (402045 A)
Unit2: Axles, Wheels and Tyres, Steering System

5. CO.3 To make the student conversant with
Suspension and Brake System.
a) Student should able to understand basics of
suspension system..
b) Student should able to understand advancement in
brake system.
Course : Automobile Engineering (402045 A)
Unit 3: Suspension and Brake System

6. CO.4 To make the student conversant with Vehicle
Performance & Safety.
a) Student should able to understand basics of
Vehicle maintenance.
b) Student should able to understand schedule
maintenance process.
c) Student should able to understand basics of
servicing of various automotive components /
system.
d) Student should able to understand safety norm of
vehicle
Course : Automobile Engineering (402045 A)
Unit 4: Vehicle Performance and Safety

7. CO.5 To make the student conversant with Vehicle
Maintenance & Garage Practice
a) Student should able to understand basics of
Vehicle maintenance.
b) Student should able to understand schedule
maintenance process.
c) Student should able to understand basics of
servicing of various automotive components /
system.
d) Student should able to perform garage practices.
Course : Automobile Engineering (402045 A)
Unit 5: Electrical System and Vehicle Maintenance

8. CO.6 To understand the various Automobile
Electrical System and latest advancement in
vehicles.
a) Student should able to understand basics of
Vehicle performance.
b) Student should able to understand various
electrical systems of automobile.
c) Student should able to understand the basic
operations of hybrids vehicle
Course : Automobile Engineering (402045 A)
Unit6: Electric and Hybrid Electric Vehicles

9. Course : Automobile Engineering (402045 A)
Course Objectives (As per University Syllabus)
1. To make the student conversant with
fundamentals of automobile systems.
2. To develop competencies in performance
analysis of vehicles.
3. To make the student conversant with automobile
safety, electrical system and vehicle
maintenance.
4. To understand the emerging trends of electric
vehicles, hybrid electric vehicles and solar
vehicles.

10. Course Outcomes

11. CoM.1 Ability to identify and description of different
components and system of automobile
a) Student should understand history of automobile.
b) Student should understand basics of automobile.
c) Student should understand the basics of frame body
construction.
Course : Automobile Engineering (402045 A)
Unit1: Introduction and Drive Train

12. CoM.2 Students will able to explain working principle
of various parts of automobile such as Axles, Wheels
and Tyres, Steering System
a) Student should understand basics of axles system.
b) Student should understand various steering system.
c) Student should understand the basic of tyres.
Course : Automobile Engineering (402045 A)
Unit 2: Axles, Wheels and Tyres, Steering System

13. CoM.3 Students will able to explain working principle
of various parts of automobile such Suspension and
Brake System.
a) Student should understand basics of suspension
system.
b) Student should understand importance of brake
system.
Course : Automobile Engineering (402045 A)
Unit 3: Suspension and Brake System

14. CoM.4 Able to handle technical and management
problems in automobile industry.
a) Should develop strong base for understanding of
future development in automobile industry.
b) Student should understand the basic safety practices.
c) Student should develop technical skill to solve
automobile problems.
Course : Automobile Engineering (402045 A)
Unit 4: Vehicle Performance and Safety

15. CoM.5 Students will able to explain working principle
of various parts of automobile electrical system and
norms of Vehicle Maintenance
a) Student should understand various electrical systems
of automobile.
b) Student should understand garage practice.
Course : Automobile Engineering (402045 A)
Unit 5: Electrical System and Vehicle
Maintenance

16. CoM.6 Able to develop strong base for understanding of
future development in automobile industry.
a) Student should understand basics of Vehicle
performance parameters
b) Student should understand various electrical base
vehicle
c) Student should understand the basic of hybrid
vehicles.
Course : Automobile Engineering (402045 A)
Unit 6: Electric and Hybrid Electric Vehicles

17. COURSE OUTCOMES (As per University
Syllabus)
On completion of the course, students will be
able to
1. To compare and select the proper
automotive system for the vehicle.
2. To analyse the performance of the vehicle.
3. To diagnose the faults of automobile
vehicles.
4. To apply the knowledge of EVs, HEVs and
solar vehicles