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Course Objectives

The document outlines a course on Basic Automobile Engineering. The course is offered in the 2nd semester of the Diploma in Automobile Engineering program. It covers 3 credits over 45 hours, focusing on the history and components of automobiles. Key topics include vehicle classification, engine types and components, and the construction of engines. Course objectives are to understand vehicle terminology, engine workings, and classify vehicles. Upon completing the course, students will be able to summarize vehicle classifications, apply engine principles, illustrate engine component workings, and outline valve component construction details.

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0% found this document useful (0 votes)
38 views4 pages

Course Objectives

The document outlines a course on Basic Automobile Engineering. The course is offered in the 2nd semester of the Diploma in Automobile Engineering program. It covers 3 credits over 45 hours, focusing on the history and components of automobiles. Key topics include vehicle classification, engine types and components, and the construction of engines. Course objectives are to understand vehicle terminology, engine workings, and classify vehicles. Upon completing the course, students will be able to summarize vehicle classifications, apply engine principles, illustrate engine component workings, and outline valve component construction details.

Uploaded by

rnkridi
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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Program : Diploma in Automobile Engineering

Course Code : 2051 Course Title: Basic Automobile Engineering

Semester : 2 Credits: 3

Course Category: Engineering Science

Periods per week: 3 (L:3, T:0, P:0) Periods per semester: 45

Course Objectives:

 To know the history and classification of automobiles,


 To understand various Vehicle Chassis Terminology,
 To appreciate the working and construction of different engines/ components,
 To classify different classes of vehicles based on usage, axle weight, power plant
type.

Course Prerequisites:

Course
Topic Course Name Semester
code
Knowledge of basic science Applied Physics I 1

Course Outcomes:

On completion of the course, the student will be able to:

Duration
COn Description Cognitive Level
(Hours)
Summarize different classification of vehicles
CO1 and terminology of Chassis specification 10 Understanding
depending upon severity of operation.

CO2 Make use of Petrol and Diesel Engines. 11 Applying

Illustrate the working and constructional details


CO3 11 Understanding
of various engine components.

Outline the constructional details of camshaft,


CO4 11 Understanding
valves and valve operating mechanism

Series Test 2
CO - PO Mapping:

Course
PO1 PO2 PO3 PO4 PO5 PO6 PO7
Outcomes
CO1 3
CO2 2
CO3 2
CO4 3

3-Strongly mapped, 2-Moderately mapped, 1-Weakly mapped

Course Outline:

Module Duration
Description Cognitive Level
Outcomes (Hours)
Summarize different classification of vehicles and terminology of Chassis
CO1
specification depending upon severity of operation
Explain the History of Automobile Vehicles in
M1.01 3 Understanding
India and Abroad
M1.02 Outline the various classifications of Vehicles 2 Understanding

M1.03 Outline different Vehicle layouts 3 Understanding


Explain various terminology of vehicle
M1.04 2 Understanding
specification
Contents:
History And Classification
Automobile Vehicles - Definition - History and development in Abroad and in India before
& after independence Different Indian and foreign Automobile manufacturing concerns of
two-wheeler, three-wheeler, LMV and HTV - their products and plants location.
Classification of Automobile, Major systems of an Automobile - their functions, Chassis -
definition, chassis layout of two, three &four-wheeler with major components - their
functions, engine mounts - need - types, definition of: wheel base - wheel track - overall
length - front overhung - rear overhung height of CG point - ground clearance - gross
weight and kerb weight.

CO2 Make use of Petrol and Diesel engines


Understand the working principle of petrol &
M2.01 3 Understanding
diesel engine
M2.02 Distinguish between petrol and diesel engine 2 Understanding

M2.03 Identify various engine components 2 Applying


M2.04 Compare Two stroke and Four Stroke Engines 2 Understanding
Identify the applications of Two stroke and
M2.04 2 Applying
Four Stroke Engines.
Series Test-I 1

Contents:
Engine Terminology
Heat engines - Definition - types - comparison of IC and EC engines, engine terminology-
bore - stroke - TDC - BDC - clearance volume - swept volume - total volume -
compression ratio - mean effective pressure - indicated power - brake power - friction
power - engine speed engine torque, classification of IC engines with respect to different
parameters, Two stroke & four stroke SI engines - construction - working, Two stroke &
Four stroke CI engines - construction - working, comparison of SI and CI engines -
comparison of Two stroke and Four stroke engines.

Illustrate the working and constructional details of various engine


CO3
components
Outline the different materials used for engine
M3.01 3 Understanding
Construction
M3.02 Outline the various Engine components 3 Understanding

Summarize the Constructional details of single


M3.03 5 Understanding
and multi-cylinder Engines
Contents:
Engine Construction Details - I
Cylinder block for single and multi - cylinder Engines - Their types - Constructional
details - materials used, Cylinder head - constructional details materials used, crank case,
oil pan, cylinder liners - types - construction - merits and demerits, Gasket - purpose -
types, Piston - functions - requirements - constructional details - materials used, piston
clearance - importance , Expansion control methods in pistons - heat dam - slots - bimetal -
cam ground - taper piston - offset piston - special alloy, Piston rings - functions - types -
constructional details - materials, Piston pin - construction - materials, Connecting rod and
crank shaft - functions - types - construction - materials, Different methods of connecting
piston with connecting rod - Explain each method.
Outline the constructional details of camshaft, valves and valve operating
CO4
mechanism
Explain the firing orders of various multi-
M4.01 3 Understanding
cylinder Engines
Illustrate the constructional details of Crank
M4.02 4 Understanding
shaft and Cam shaft
Explain different valve arrangements and
M4.03 4 Understanding
actuating mechanisms
Series Test-II 1
Contents:
Engine Construction Details - II
Meaning and need of firing order, firing order of three, four- and six-cylinder engines-
functions, construction and materials for flywheel- need, types and constructional details of
vibration damper functions, construction and materials for cam shaft, different types of
camshaft drives. Construction and materials for poppet valve, valve seat and valve guide-
overhead valve operating mechanism, Camshafts of SOHC, DOHC types, Meaning and
importance of valve clearance.

Text /Reference:

T/R BookTitle/Author
T1 Kirpal Singh S - Automobile Engg., Vol. II - Standard Publications
R1 R.B. Guptha - Automobile Engg. - Satya Prakasan
R2 K.M.Guptha - Automobile Engg., Vol. I& II - Umesh Publications
R3 Anil Chikara - Automobile Engg., Vol. I -Satya Prakasan
R4 William.H.Crouse Automotive mechanics - McGraw - Hill Publications
K.K.Ramalingam - Automobile Engg., Theory and Practice - Scitech
R5
Publications
R6 Dr.N.K. Giri - Automobile Technology - Khanna publishers
R7 Mathur and Sharma - I.C. Engines - Dhanpat rai publications

Online Resources:

Sl.No Website Link


1 https://www.history.com/topics/inventions/automobiles
2 https://www.explainthatstuff.com/historyofcars.html
3 https://www.titlemax.com/articles/a-timeline-of-car-history/
4 https://cars.lovetoknow.com/History_of_the_Automobile_Industry

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