T.E.
(Automobile) Sem.-V
1. DYNAMICS OF
MACHINES
Teaching scheme
Examination scheme :
Lectures : 3 Hrs. /Week Theory
Paper : 100 Marks (3 hrs duration)
Practical : 2 Hrs./Week Term Work
: 25 Marks
Practical Oral : 25 Marks
Section – I
1. Gears &
Gear Trains:
Introduction, law of gearing,
types of gear tooth profile- involute & cycloidal,
Interference in involute tooth
gears and methods for its prevention, contact ratio, path of
contact, arc of contact,
Efficiency and center distance of spiral gears. Types of Gear
trains Simple, Compound,
Epicyclic, Reverted gear train, Tabular method for finding the
speeds of elements in epicyclic
gear train, Differential gear box.(no numerical treatment),
Equivalent mass and Moment of
Inertia applied to gear trains. 08
2. Kinetic
Analysis of Mechanisms:
Inertia force and torque, D’Alembert’s
principle, dynamically equivalent system, force
analysis of reciprocating engine
mechanism. 04
3. Balancing:
Static and dynamic balancing of
rotary and reciprocating masses, primary and secondary
forces and couples, direct and
reverse cranks. balancing of single cylinder, multi
cylinder- in-line and V-engines.
06
4. Gyroscope :
Gyroscopic couple, Spinning and
Precessional motion, Gyroscopic couple and its effect
on i) Aero plane ii) Ship iii)
Four-Wheeler ( no numerical treatment ) iv) Two –Wheeler
03
Section – II
5. Vibrations :
Basic concepts and definitions,
vibration measuring instruments, free and forced
vibrations. Types of damping,
Equivalent Springs 04
6. Single Degree
of Freedom Systems :
Free vibrations with and without
damping (Rectilinear, Torsional & Transverse), over,
under & critical damping,
damping factor, logarithmic decrement, equivalent viscous
damping, Coulomb damping. 05
7. Forced
Vibrations:
Forced vibrations with viscous
damping, magnification factor, frequency response
curves, vibration isolation and
transmissibility, Whirling of Shafts and Critical speeds
06
8. Two Degree of
Freedom systems (No numerical treatment):
Introduction, Principal modes of
Vibration, Simple two degree freedom systems, two
masses fixed on tightly stretched
string, double pendulum, torsional system, Vibration
absorbers, types, Vibration
isolation and its methods. 04
Term Work:
1. Experiment on Gyroscope
2. Generation of involute gear
tooth profile
3. Problems on Epicyclic gear
train using tabular method
4. Determination of M.I. by
Bi-filar suspension, Trifilar suspension or Compound
pendulum
5. Balancing of rotary masses
6. Determination of logarithmic
decrement (Free Damped Vibrations) – Water
damping
7. Determination of logarithmic
decrement (Free Damped Vibrations) – Air
damping
8. Forced vibration
characteristics (Undamped and Damped vibrations)
9. Experiment on whirling of
shafts.
10. Demonstration of Vibration
measuring instruments
11. Determination of natural
frequency of vibration of simple structures
12. Industrial Visit
Recommended
Books:
1. Theory of Machines, Rattan
S.S., Tata McGraw Hill Pub. Co. Ltd., New Delhi,
Fourth Edition
2. Theory of Machines, Thomas
Bevan, C.B.S. Publishers & Distributors
3. Theory of Machines &
Mechanisms, Shigley J.E., Oxford University Press,
Third Edition
4. Mechanism and Machine Theory,
Rao J.S. , Dukkipati R. V., Wiley Eastern Ltd.
5. Mechanical Vibrations, Grover
G. K., New Chand & Bros., Roorkee.
6. Theory of Machines, Ballaney
P. L., Khanna Publishers, Delhi
7. Theory of Machines, Jagdishlal,
Metropolitan Book Co. Pvt. Ltd., New Delhi
8. Mechanical Vibrations,
V.P.Singh
T.E.
(Automobile) Sem.-V
2. HEAT AND MASS
TRANSFER
Teaching scheme
Examination scheme
Lectures: 3 Hrs./Week Theory
Paper: 100 Marks (3 hrs duration)
Practical: 2 Hrs./Week Term Work:
25 Marks
Practical Oral: 25 Marks
Section – I
1. Introduction:
Modes of heat transfer, Governing
laws of heat transfer, Quasi-linearization of Stefan-
Boltzmann law, combined
convection and radiation heat transfer, applications of heat
transfer 03
2. Conduction:
General heat conduction equation
in Cartesian, cylindrical and spherical co-ordinate
system, Initial and boundary
conditions, Electrical analogy of thermal circuits, one
dimensional steady state heat
conduction problems with uniform heat generation
involving Cartesian, cylindrical
and spherical co-ordinates(including composite
structures),critical radius of
insulation, one dimensional steady state heat conduction
problems
Extended Surfaces (Fin): Straight
fin of uniform cross section, fin efficiency, fin
effectiveness, applications
Transient (unsteady state) heat
conduction system with negligible internal thermal
resistance in comparison to
surface resistance. 12
3. Radiation:
Thermal radiation, Prevost’s
theory, absorptivity, reflectivity, transmissivity, concept of
black body and grey body,
spectral emissive power (Wein’s law, Rayleigh-jeans’ law and
Plank’s law), total emissive
power and Stefan Boltzman law, emissivity, types of
emissivity, kirchoff’s law, view
factor, view factor, view factor algebra, summation rule,
radiation network method. 06
Section – II
4. Convection:
Newton’s law of cooling, flow
over a flat plate, boundary layer concept, hydrodynamic
and thermal boundary layer,
governing equations-continuity, Navier-stokes and energy
equations, boundary layer
assumptions, integral and analytical solutions to above
equations, forced convection flow
over cylinder and sphere, Internal flows, free/natural
convection heat transfer,
empirical correlations, dimensional analysis as applied to free
and forced convection, physical
significance 09
5. Boiling and
Condensation:
Boiling, regimes of pool boiling,
condensation- dropwise & filmwise condensation. 02
6. Heat
Exchangers: 06
Definition, basic principle of
working of heat exchanger, types, overall heat transfer
coefficient and fouling,
distribution of temperature of hot and cold fluids in different heat
exchangers, heat exchanger
analysis- LMTD, Effectiveness-NTU method, Chart solution
procedures for solving heat
exchanger problems. Heat Pipe - component and working
principle. Heat exchanger
applications pertaining to Automobiles 10
Term Work:
Experiment must be set
simultaneously and the number of students in each group
working on a setup shall not
exceed 05 students.
1. Determination of thermal
conductivity of insulating powder.
2. Determination of thermal
conductivity of metal rod at different temperatures.
3. Determination of natural
convection heat transfer coefficient for a vertical
cylinder.
4. Determination of forced
convection heat transfer coefficient in internal pipe flow.
5. Determination of emissivity of
given test plate.
6. Determination of Stefan
Boltzamann constant.
7. Determination of fin
efficiency and effectiveness.
8. Boiling and Condensation Heat
Transfer.
9. Trial on parallel and counter
flow heat exchanger.
10. Experiment on unsteady state
heat transfer.
11. Assignment on any two above
experiments using C programme.
Recommended
Books:
1. A Text book on Heat Transfer,
C. Gururaja Rao, Hi-Tech Publishers, Hyderabad,
First Edition, 2006.
2. Heat Transfer, Yunus.A.Cengel,
Tata McGraw Hill publishing company Ltd.,
New Delhi, Second Edition.
3. A Text Book on Heat Transfer,
Dr. S. P. Sukhatme, Universities Press (India)
Pvt. Ltd., Hyderabad, Third
Reprint, 2004.
4. Heat Transfer, J. P. Holman,
Tata McGraw Hill publishing Company Ltd, New
Delhi, Ninth Edition, 2005
5. Heat Transfer, A. J. Chapman,
Macmillan Publishing Company, New York,
6. Fundamentals of Heat and Mass
Transfer, F. P. Incropera and D. P. Dewittt, John
Willey and sons, New York, fifth
edition, 2005.
7. A Course in Heat and Mass
Transfer, S.C. Arora and S.Domundwar, Dhanpat Rai
and Sons, New Delhi, 1993.
8. Fundamentals of Engineering
Heat and Mass Transfer, R. C. Sachdeva, New age
International publishers, New
Delhi, Third Edition, 2008.
9. Heat and Mass Transfer, R. K.
Rajput, S. Chand & Company Ltd., New Delhi,
10. Heat Transfer, P. K. Nag,
Tata McGraw hill Publishing Company Ltd., New
Delhi, Fifth Reprint, 2005.
11. Heat Transfer, P. S.
Ghoshdastidar, Oxford University Press, New Delhi, Second
Impression, 2005.
T. E.
(Automobile) Sem.-V
3. PRINCIPLES OF
DESIGN & COMPONENT DESIGN
Teaching scheme
Examination scheme
Lectures: 4 Hrs./week Theory
Paper:100 marks (3hrs duration)
Practical: 2 Hrs./week Term Work
: 50 marks
Section – I
1. Fundamentals
of Machine Design:
Meaning of Design, Mechanical
Engineering Design, Principles of Design, Phases of
Design, Design Considerations
& Procedure, Ergonomics, Factor of safety, Theories of
Failures. 04
2. Selection
of Materials and Manufacturing Processes:
Designation of materials &
ISI specifications, material selection, use of design data book,
use of SAE & ASME codes,
general principles of design for manufacturing & assembly,
Standardization. 04
3. Design of
Welded, Bolted & Riveted Joints:
Types, stresses, joints in
tension and shear, design for eccentrically loaded joints 05
4. Design of
Joints:
Cotter Joint, Socket & Spigot
Joint, Knuckle Joint & Turn Buckle 05
5. Design of
Shafts, Keys and Couplings:
Design of shafts for torsion,
bending, combined loading and rigidity. Design of keys and
splines, Design of muff and
flange couplings 07
6. Design of
Spring:
Types, materials, stresses,
deflections, Wahl’s factor, design of coil spring 04
Section – II
7. Design of
Power Screw:
Types of threads, efficiency,
coefficient of friction, stresses, self locking screws, Design
of screw and nut, recirculating
ball screws (introduction only) 04
8. Design of
Gears:
Design consideration of gears,
material selection, types of gear failures, gear
lubrication
8
Spur Gears: Force
analysis, Number of teeth, Face width & Beam strength of
gear tooth, Incremental dynamic
tooth load, Effective load on gear tooth, Estimation of
module based on beam strength and
wear strength, Spur gear design for maximum power
transmission. 04
Helical Gears: Virtual number
of teeth, Tooth proportions, Force analysis, Beam
strength and Wear strength of
helical gears, Effective load on gear tooth, Herringbone
gear 03
Bevel Gears: Types,
Terminology of bevel gears, Force analysis, Beam strength
and Wear strength of bevel gears,
Effective load on gear tooth, Spiral bevel gears 04
Worm Gears: Terminology,
Force analysis, Friction in worm gears, Vector
method, Strength rating and wear
rating of worm gears, Thermal considerations 04
9. Design of
Levers:
Types, Applications in
Automobile, design of levers – Rocker arm lever, hand and foot
levers 04
10. Design and
selection of standard components:
Design of flat pulleys, wire
ropes, Selection of flat belts,V belts, chains, electric motors,
oil seals and gaskets 04
Term Work:
1. Exercise on engineering
material selection
2. (Students are required to
prepare a chart/table on A3 size sheet which will
comprise of various engineering
materials, composition, properties for given
applications)
3. Design and drawing of welded
and bolted joints subjected to eccentric loading
4. Design of Shaft
5. Design and drawing of rigid or
flexible coupling
6. Design and drawing of knuckle
joint
7. Design and Drawing of screw
jack
8. Design of levers
9. Design of spur and helical
gears
10. Design of bevel gear, worm
and worm wheel
11. Selection of standard
components like belts, chains, electric motors for given
application.
Note: All drawings should be
prepared on A3 size sheet.
Recommended
Books:
1. Design of Machine Elements,
Bhandari V. B., Second Edition, Tata McGraw-Hill
Publishing Company Ltd., New
Delhi
2. Mechanical Engineering Design,
Joseph E. Shigley & Larry D. Mitchell Sixth
Edition, McGraw-Hill
International Book Company
3. Design of Machine Elements,
M.F. Spotts & T.E. Shoup, Seventh Edition,
Pearson Education
9
4. Engineering Design- A Material
and Processing Approach, George E. Dieter,
Second Edition, McGraw-Hill
International Edition
5. Fundamentals of Machine
Component Design, Robert C. Junivall, John Wiley &
Sons
6. Machine Design, Paul H. Black
& O. Eugene Adams Jr., Third Edition, McGraw-
Hill International Edition
7. Machine Design, P. Kannaih, ,
Scitech Publications (I) Pvt. Ltd., Second Edition
8. PSG Design Data Book.
T.E.
(Automobile) Sem.-V
4. METROLOGY
& QUALITY CONTROL
Teaching scheme
Examination scheme
Lectures: 3 Hrs./week Theory Paper:
100 marks (3 hrs duration)
Practical: 2 Hrs./week Term work
: 25 marks
Section – I
1. Measurements:
International standards of
length-Line and end measurement, Need of measurement,
possible errors in measurement,
slip gauges, precision & accuracy, Sources of errors in
measurement. 04
2. Tolerances
and Gauging:
Unilateral and bilateral
tolerances, Limits, Fits, Types of Fits, IS specifications of limits.
Importance of limits, System in
mass production, limit gauges used for plain and taper
works. 04
3. Magnification
:
Venires, Micrometers, Dial
gauges, Mechanical, Optical, electrical, Pneumatic method of
magnification, Mechanical and
pneumatic types of comparators, Use of comparators in
inspection 04
4. Measurement
of Angles, Tapers and Radius:
Bevel Protractor, Spirit level,
Clinometers, angle Decker, standard balls and rollers for
angle measurement, angle slip
gauges, radius measurement of circular portion,
measurement of concave and convex
surface radius. 03
5. Flat Surface
Measurement :
Flatness Measurement, straight
edges, surface plates, optical flat and auto collimator. 02
6. Surface
Roughness Measurement:
Differences between surface
roughness and surface waviness – Numerical assessment of
surface finish – CLA, RMS Values,
Ra & Rz value, Methods of measurement of surface
finish – profilograph. Talysurf,
ISI symbols for indication of surface finish. 04
Section – II
7. Optical
Measuring Instruments:
Tool maker’s microscope and its
uses – collimators, optical projector, interferometer,
Coordinate Measuring Machine -
Types and applications. 03
8. Measurement
of External Threads:
Different errors in screw
threads, measurement of forms of thread with profile projector,
pitch measurement, measurement of
thread diameter with standard wire 03
11
9. Measurement
of Spur Gears:
Run out, Pitch, profile, backlash
& tooth thickness measurement, alignment, errors in
gears, checking of composite
errors. 03
10. Quality
Control :
A) Concept of quality and quality
control, elements of quality and its growth, purpose,
policy and objectives, quality
controlling factors, quality of design and conformance,
value & cost of quality 04
B) Quality management, TQM, Total
Quality Control, Process quality, QS9000 / TS,
CAQC, Zero defect, KAIZEN,
quality circles. 03
11. Statistical
Quality Control:
Importance of statistical methods
in quality control, measurement of statistical
control variables and attributes,
measurement/inspection, different types of control charts
( X Bar, R & P charts) and
their constructions and their applications. 03
12. Acceptance
Sampling :
Sampling inspection and
percentage inspection, basic concept of sampling
inspection, operating
characteristic curves, conflicting interests of consumer and
producer, producer and consumers
risks, AWQL, LTPD, ADGL, single and double
sampling plans. 02
Term Work:
1. Demonstration and use (care
& maintenance) of various measuring instruments
2. Measurement of automobile
components – piston, connecting rod, cylinder liner.
3. Demonstration on Pneumatic
comparator
4. Screw thread measurement using
floating carriage diameter measuring machine
5. Gear measurement using gear
tooth caliper.
6. Measurement of template using
tool makers microscope
7. Angle measurement using sine
bar
8. Measurement of angle of V –
Groove and determines its width using standard
balls and rollers
9. Thread measurement by Tool
Makers microscope
10. Use of X Bar and R chart
11. Use of P chart
12. O.C. curves
Recommended
Books:
1. Text Book of Engg. Metrology-
I.C. GUPTA, Dhanpat Rai & Sons, New Delhi
2. Practical Engg. Metrology,
Sharp K.W.B. Pitman, London
3. Statistical Quality Control-
E.L. Grant, Tata McGraw Hill Book Co Ltd., New
Delhi
4. Engg. Metrology, R.K.Jain,
Khanna Publishers, Delhi
5. Statistical Quality Control –R.C.
Gupta, Khanna Publishers, Delhi, Third Edition
12
6. I.S. 919/1963
7. I.S. 2709/1964
8. Engg. Metrology-Hume K.J.,MC
Donald,Techincal & Scientific ,London
9. Total Quality
Management-Dalela
10. Statistical Quality
Control-Mahajan A.K., Dhanpat Rai & Co., New Delhi
11. Statistical Quality Control,
Eugene l. grant and Richard S. Levanworth, Tata
McGraw
12. Total Quality management, K
Shridhara Bhat, Himalaya Publication House
13. Juran’s Quality Planning and
Analysis, frank M. Gryna, Richard C.H. Chua,
Joseph a. Defeo
T.E. (Automobile)
Sem.-V
5. AUTOMOTIVE
TRANSMISSION
Teaching scheme
Examination scheme
Lectures: 3 Hrs./week Theory
Paper: 100 marks (3 hrs duration)
Practical: 2 Hrs./ week Term work
: 25 marks
Oral : 25 Marks
Section – I
1. Vehicle
Layouts:
Introduction, Classification of
automobile, Types of chassis layout with reference to
power plant locations and type of
drive, Types of chassis- fully forward, semi forward,
Truck or bus chassis, two &
three wheeler chassis layout 04
2. Clutches:
Principle, functions, general
requirements, torque capacity, types of clutches, cone clutch,
single-plate clutch, diaphragm
spring clutch, multi-plate clutch, centrifugal clutch,
electromagnetic clutch, lining
materials, over-running clutch, Clutch control systems. 06
3. Gear Box:
Necessity of gear box, Resistance
to motion of vehicle, Requirements of gear box,
Functions of gear box, Types,
Sliding mesh, Constant mesh, Synchromesh. Principle,
construction and working of
synchronizing unit, Requirements & applications of helical
gears, Gear selector mechanism,
Two wheeler gear box, Lubrication of gear box,
Overdrive gears, Performance
characteristics. 07
4. Drive Lines:
Effect of driving thrust and
torque reaction, propeller shaft-universal joints, hooks and
constant velocity U.J., Drive
line arrangements – Hotchkiss drive & torque tube drive,
Rear wheel drive & front
wheel drive layouts, 04
Section – II
5. Final Drive
& Rear Axle:
Purpose of final drive &
drive ratio, Different types of final drives, need of differential,
Constructional details of
differential unit, Non-slip differential, Differential lock,
Differential housing, Function of
rear axle, Construction, Types of loads acting on rear
axle, Axle types - semi-floating,
full floating, three quarter floating, Axle shafts, Final
drive lubrication. 06
6. Transmission
with Fluid Flywheel & Torque convertor:
Operating principle, Construction
and working of fluid flywheel, Characteristics,
Advantages & limitations of
fluid coupling, Torque convertor, construction and working
14
of torque converter, Performance
characteristics, Comparison with conventional gear
box. 04
7. Epicyclic
Gear Boxes:
Simple epicyclic gear train, Gear
ratios, Simple & compound planet epicyclic gearing,
Epicyclic gear boxes, Wilson
Epicyclic gear train - Construction and operation,
Advantages, Clutches and brakes
in epicyclic gear train, compensation for wear,
performance characteristics. 04
8. Automatic
Transmission:
Principle of semi automatic &
automatic transmission, Hydramatic transmission, Fully
automatic transmission, Semi
automatic transmission, Hydraulic control system,
Continuous variable transmission
(CVT) – operating principle, basic layout and
operation, Advantages and
disadvantages 07
Term Work:
1. Demonstration, study and
sketching of different vehicle layouts and its
comparison
2. Demonstration, study and
prepare dimensional sketch of single plate clutch
3. Demonstration, study and
prepare dimensional sketch of centrifugal clutch.
4. Demonstration, study and
prepare dimensional sketch of multiplate clutch
5. Demonstration, study and
prepare dimensional sketch of diaphragm clutch
6. Demonstration, study and
prepare dimensional sketch of constant mesh gear box
7. Demonstration, study and
prepare dimensional sketch of synchromesh gear box
8. Demonstration, study and
prepare dimensional sketch of Continuous variable
transmission unit (CVT)
9. Demonstration, study and
prepare dimensional sketch of differential and final
drive
10. Demonstration and study of
fluid flywheel & torque converters
11. Demonstration and study of
semi-automatic transmission
12. Demonstration and study of
automatic transmission
Recommended
Books:
1. Motor Vehicles, Newton, Steed
& Garrot, 13th
Edition,
Butterworths London,
2. Modern Transmission ,Judge A.
W.,Chapman & Hall Std., 1989
3. Automatic Transmission,Chek
Chart, A Harper & Raw Publications
4. Steering, Suspension &
Tyres ,Giles J. G.,– Lliffe Book Ltd.,London
5. Mechanics of Road Vehicles,
Steed W., , Lliffe Book Ltd.
6. Automotive Mechanics,N K Giri,
Khanna Publishers, Delhi, Eighth Edition
7. Vehicle and Engine Technology,
Second Edition by Heisler, SAE International
Publication.
8. Advanced Vehicle Technology,
Second Edition by Heisler, SAE International
Publication.
15
9. The Automotive Chassis, by J.
Reimpell H. Stoll, J. W. Betzler, SAE
International Publication.
T.E.
(Automobile) Sem.-V
6. GARAGE
TRAINING EVALUATION
Examination
scheme:
Oral : 25 Marks
Evaluation of certified training
report of compulsory summer vocational training
undergone in automobile garage
for two weeks after S.E. (Auto.) Part – II, Examination,
Format for the report :
1. Department certificate
2. Training certificate signed by
garage authority
3. Information about garage
a. Garage layout
b. Business functioning
c. List of equipments and tools
used in garage
d. Staff
4. Daily reports signed by garage
authority
5. Training outcomes
T.E.
(Automobile) Sem.-V
7. VEHICLE
MAINTENANCE LABORATORY – I
Teaching scheme
Examination scheme
Practical: 2 Hrs./ week Term Work
: 25 marks
Term Work:
1. Demonstration of garage,
garage equipments & tools, preparation of different
garage layouts
2. Demonstration of washing &
greasing of vehicle
3. Engine oil change &
periodic maintenance of vehicle
4. Clutch overhaul of light /
heavy duty vehicle
5. Clutch overhaul of two or
three wheeler vehicle
6. Dismantling & assembly of
sliding mesh gearbox
7. Dismantling & assembly of
synchromesh gearbox
8. Drive line overhaul (universal
joint, propeller shaft, slip joint)
9. Final drive & differential
overhaul
10. Rear axle hub greasing
11. Visit to modern garage
T.E.
(Automobile) Sem.-V
8. ADVANCED
WELDING & CNC MACHINE SHOP
Teaching scheme
Examination scheme
Practical: 2 Hrs./ week Term Work
: 25 marks
Term Work:
1. CAD/CAM definition, its
significance in product cycle and automation, Hardware
requirements for CAD System.
2. Introduction to part
programming, G and M Codes, Subroutines, Canned cycles.
3. Develop part programs for
plain turning and facing
4. Perform one job for plain
turning and facing
5. Develop part programs for
taper and profile turning
6. Develop part programs for
thread cutting
7. Develop part programs for
plain and key way milling
8. Develop part programs for
pocket milling
9. Perform one job for pocket
milling
10. Demonstration and one job on
Tungsten Inert gas ( TIG ) Welding
11. Demonstration and one job on
Metal Inert Gas ( MIG ) Welding
12. Demonstration and one job on
Submerged Arc Welding
Recommended
Books:
1. CAD/CAM, M.P.Grover. and
E.W.Zimmer, Prentice Hall of India Pvt. Ltd.,
New Delhi
2. Computer Aided Design by
Krishnamorthy & Rajeev, Narosa Publishing House.
3. CAD/CAM –Theory and Practice
by Zeid, Tata McGraw Hill,New Delhi
4. Design of Machine Element by
V.B.Bhandari,Tata McGraw Hill,New Delhi
5. CAD/CAM/CIM by P. RadhaKrishna
& S. Subramanyan, New age
International(P) Ltd. Publishing
6. CNC Machine, Pabla B.S., Wiley
Eastern Ltd., Bombay
T.E.
(Automobile) Sem.-VI
1. AUTOMOTIVE
COMPONENT MANUFACTURING
Teaching scheme Examination
scheme
Lectures : 3 Hrs. /Week Theory
Paper : 100 Marks (3 hrs duration)
Section – I
1. Theory of
Metal Cutting :
Tool materials, Tool geometry,
Tool life, Taylor’s tool life equation, Machineability,
Tool failure, Tool wear.
Mechanism of metal cutting, Types of chips, Merchant’s force
diagram 04
2. Jigs and
Fixtures:
Introduction, Definitions,
elements, basic principles. Introduction to locators and
clamping, basic principles,
types. Types of jigs and fixtures. 03
3. Thread
Manufacturing Processes:
Manufacturing thread on centre
lathe, Thread milling, Thread chasing, Thread rolling 02
4. Gear
Manufacturing Processes:
Machining of spur and helical
gears on milling machines, gear shaping, gear hobbing,
gear shaving, gear burnishing and
gear rolling. 05
5. Forming:
Elastic and plastic deformation,
Concept of strain-hardening, Rolling, forging, extrusion,
wire & tube drawing 03
Section – II
6. Sheet Metal
Working:
Sheet cutting mechanism,
blanking, shearing, piercing, lancing, bending, cup drawing,
coining, embossing, Part feeding
systems, Punch and die clearances, die elements and
types.
Mechanical and hydraulic presses,
strip layout, calculation of center of pressure, design
of press tools for punching,
blanking, drawing and bending operations. 09
7. Joining
Processes:
Principle of welding, metallurgy
of welding, weldability, weld decay and forging, Arc
welding- Principal and process,
Shielded metal arc welding, Gas tungsten arc welding,
Plasma arc welding, Submerged arc
welding, TIG & MIG processes, resistance welding,
spot, projection and seam welding
processes, Gas welding & gas cutting, soldering,
brazing and adhesive bonding. 08
7. Hot Working
of Metals:
Rolling, Forging- Hammer, drop,
press forging, Extrusion, Drawing 04
9. Non
Conventional Methods of Machining:
Introduction, Principles,
Parameters and Applications of CM, ECM, EDM, EBM, Laser
cutting and welding, Water jet
cutting 04
Recommended
Books:
1. Manufacturing Processes, Eight
Edition, B. H. Amstead Phillip F. Ostwald, Myron
L. Begeman, John Willey &
Sons Publication.
2. Manufacturing Engineer’s
Reference Book, Dal Koshal Butterworth Heinemann
Publication
3. Manufacturing Processes and
Systems, Ninth Edition, Phillip F. Ostwald Jairo
Munoz, John Willey & Sons
Publication.
4. Sheet Metal shop Practice, 4th Edition, Leo A.
Meyer, American Technical
Publication.
5. Principles of Manufacturing
Materials and Processes, J. S. Campbell, Tata
McGraw-Hill Publication.
6. Processes and Materials of
Manufacture, Fourth Edition, Roy A. Lindberg,
Prentice-Hall of India Pvt. Ltd.,
New Delhi.
T.E.
(Automobile) Sem.-VI
2. INDUSTRIAL
ORGANIZATION & MANAGEMENT
Teaching scheme
Examination scheme
Lectures: 3 Hrs. /Week Theory
Paper: 100 Marks (3 hrs)
Section – I
1. Business
Environment:
Introduction, Environmental
factors influencing business, external environment, General
environment, Task environment,
business ethics and social responsibility of business,
Effect of Globalization. 02
2. Functions of
Management:
Definition of Management,
Management environment,
Planning – Need, Objectives,
Strategy, policies, Procedures, Steps in Planning, Decision
making, Forecasting.
Organizing - Process of
Organizing importance and principle of organizing,
departmentation, Organizational
relationship, Authority, Responsibility, Delegation, Span
of control.
Staffing - Nature, Purpose,
Scope, Human resource management, Policies, Recruitment
procedure training and
development, appraisal methods.
Leading - Communication process,
Barriers, remedies, motivation, importance, Theories,
Herzberg’s theory, Maslow’s
theory, McGrager’s theory, leadership style.
Controlling - Process,
requirement for control Management, accountability. 10
3. Engineering
Economics:
Introduction to basic economics
terms such as demand and supply, Introduction, Time
value of money, cash flows,
depreciation, Types of depreciation, reasons for depreciation,
Methods of computing
depreciation, sinking fund method, Declining balance method,
Investment decisions for capital
assets, evaluation criteria for Investment decisions,
Payback period, average rate of
return. Benefit cost ratio (BCR), cost accounting. 05
4. Financial Management:
Sources of Finance, financial
statements, Balance sheet and P & L Account, Break even
Analysis and its applications,
accounting ratios, Cost and cost control, classification of
cost - Direct cost, Indirect
cost, overheads, cost estimation of processes, cost control and
cost reduction. 04
Section – II
5. Marketing:
Marketing Concepts – Objective –Types
of markets, Market Segmentation, Market
strategy- 4 AP’s of market,
Market Research, Salesmanship, Advertising. 03
6. Production
Management:
21
Selection of site, plant layout –
objectives, principles, types, merits & demerits of
different types of layout,
function of PPC, PERT / CPM, Maintenance Management,
Introduction to Industrial
Engineering, Work Study, Method study, Work Management,
wages & incentives. 06
7. Materials
Management:
Definition, Scope, advantages of
materials management, functions of materials
management, Materials
requirements planning, Purchasing objectives, 5-R Principles of
purchasing, Functions of Purchase
department, Purchasing cycle, Purchase policy &
procedure, Evaluation of Purchase
Performance. Vendor selection, vendor rating, Make
or buy decisions, Inventory
Control - ABC Analysis, EOQ, Inventory cost relationships.
06
8. Industrial
Acts and Industrial Safety:
Important provisions & rules
of Indian Factories Act, Reasons for accidents, prevention
of accidents, Promotion of safety
mind ness. 02
9.
Entrepreneurship and small scale industry:
Concept of an entrepreneurship,
Qualities required to become entrepreneurs, Definition
of small scale industry,
Procedure to start small scale industry, assistance & incentives to
SSI, Feasibility report writing.
04
Recommended
Books:
1. Management – James A.F.
Stoner, R. Edward Freeman, Prentice Hall of India,
New Delhi.
2. Management, Today – Principles
and Practice – Gene Burton and Manab, Thakur,
Tata McGraw Hill Publishing
Company, New Delhi.
3. Human Behavior at Work
Organizational Behavior – Keith Davis, Tata McGraw
Hill Publishing Company, New
Delhi.
4. Business Management –
J.P.Bose, S. Talukdar, New Central Agencies (P) Ltd.,
5. Industrial Organization &
Management - M. T. Telsang – S. Chand
6. Industrial Organization &
Engineering Economics – T. R. Banga/S.C Sharma –
Khanna Publishers
7. Industrial Engineering &
Management – O.P. Khanna, Dhanpat Rai & Sons, New
Delhi
8. Industrial Engineering &
Production Management – M. T. Telsang – S. Chand
9. Marketing Management – Philip
Kotler, Prentice Hall of India New Delhi.
10. Managerial Economics – Mote
& Paul, Tata McGraw Hill
11. Financial Management –
Prasanna Chandra, Tata McGraw Hill, 6th Edition
12. Costing & cost control –
Jawahar Lal, Tata McGraw Hill
T.E.
(Automobile) Sem.-VI
3. I. C. ENGINES
Teaching scheme
Examination scheme
Lectures : 3 Hrs. /Week Theory
Paper : 100 Marks (3 hrs duration)
Practical : 2 Hrs./ Week Term
Work : 25 Marks
Oral : 25 Marks
Section – I
1. Introduction
to I. C. Engine:
History, Basic engine components
and nomenclature, Classification with respect to cycle
of operation, fuel used, cylinder
arrangement, cooling method, purpose, Valve timing
diagram, Port timing diagram,
Engine selection criteria for different applications. 04
2. Engine
Cycles:
Otto, Diesel and Dual air
standard cycles, comparison, fuel-air cycle, actual cycle,
Deviation of actual cycle from
air standard cycle, 05
3. Fuel Supply
System in S.I. Engine:
Carburetion, Factors affecting
carburetion, Mixture requirements, Principal of
carburetion, simple carburetor,
Calculation of air fuel ratio, limitations of carburetor,
Altitude compensation, Gasoline
injection- Direct, port, manifold injection, Electronic
fuel injection system 05
4. Fuel Supply
System in C. I. Engine:
Requirements & types of
injection systems, fuel injection pumps, injectors, governor –
mechanical, pneumatic, common
rail fuel injection, electronic injection system 04
5. Engine
Friction and Lubrication:
Mechanical friction, factors
affecting friction, pumping losses, blowby losses,
lubrication of engine components,
lubricating systems, 03
Section – II
6. Combustion in
S. I. Engine:
Stages of combustion in SI
engine, flame front propagation, factors affecting flame
speed, abnormal combustion,
control over abnormal combustion, combustion chambers
in SI engine 04
7. Combustion in
C. I. Engine:
Stages of combustion in CI
engine, ignition delay, factors affecting ignition delay,
abnormal combustion, control over
abnormal combustion, combustion chambers in CI
engines 04
23
8. Heat
Rejection and Cooling:
Temperature distribution of
engine components, Need of cooling system, air cooling,
liquid cooling, types,
comparison. 03
9. Induction and
Exhaust System:
Air intake system, volumetric
efficiency on engine power, filters & manifolds, need &
methods of supercharging, types
of superchargers, limitations, need & methods of
turbocharging, effect of
turbocharging on engine performance.
Scavenging of two stroke and four
stroke engines, methods, scavenging efficiency, types
of mufflers 06
10. Engine
Performance:
Performance parameters and its
measurement- BP, FP, IP, bsfc, Engine efficiencies,
Performance characteristics, Heat
balance, IS codes of engine testing. 04
Term Work:
1. Construction details of I.C.
engine.
2. Demonstration & plotting
valve timing and port timing diagram
3. Demonstration on ignition
systems
4. Demonstration of fuel feed
pumps
5. Demonstration on complete
carburetor (Solex/SU/Carter-with compensating
devices and additional systems)
6. Demonstration of fuel
injection pump, injector and governor.
7. Demonstration of M.P.F.I.
& CRDI.
8. Demonstration of lubrication
system.
9. Demonstration on cooling
system
10. Demonstration on intake and
exhaust system.
11. Demonstration of
supercharging & turbocharging.
12. Study and demonstration of
engine starting system
Recommended
Books:
1. I.C. Engine, 3rd Edition, V.
Ganeshan, Tata McGraw Hill
2. I. C. Engine, V. L.Maleev,
McGraw Hill Book Co. Ltd., New Delhi, Second
Edition
3. Fundamentals of I. C. Engine,
Gill P. W., Smith J. H., Zurich E. J. Oxford & IBH
Pub. Co., New Delhi.
4. I.C. Engine & Air
Pollution – E. F. Obert, Harper & Row Publishers, New York
5. I. C. Engine, Mathur &
Sharma, Dhanpat Rai & Sons, New Delhi
6. I. C. Engine Fundamentals,
Heywood J.B., Mc Graw Hill Book Co., New Delhi
7. I. C. Engine, Litchy
T.E.
(Automobile) Sem.-VI
4. AUTOMOTIVE
CHASSIS
Teaching scheme
Examination scheme
Lectures: 3 Hrs./week Theory
Paper: 100 marks (3 hrs duration)
Practical: 2 Hrs./week Term Work
: 25 marks
Section – I
1. Front Axle
and Steering System:
Functions of front axle, Types of
front axle, Construction, Stub axle & Wheel bearing,
Front wheel steering geometry–
castor, camber, king pin inclination, toe-in, toe-out,
Centre point steering, Self
returning property, Steering characteristics- over steer & under
steer, Rear & four wheel
steering, Adjusting and checking of front wheel geometry,
Ackerman & Davis steering
linkages, Steering system layout, Steering gear boxes,
Electrical and hydraulic power
steering (Power operated & assisted), Numerical
problems on Ackerman’s steering.
10
2. Vehicle
Suspension Systems:
Road irregularities & need of
suspension system, Types of suspension system, Sprung &
unsprung mass, Suspension springs
- requirements, types and characteristics of leaf
spring, coils spring, rubber
spring, air and torsion bar springs, Independent suspensionfront
and rear, Types, Hydro-elastic
suspension, Roll centre, Use of anti-roll bar and
stabilizer bar, Shock absorbers-
need, operating principles & types, Active suspension
11
Section – II
3. Braking
Systems:
Function and requirements of
braking system, Types of brakes, Elementary theory of
shoe brake, Drum brake
arrangement, Disc brake arrangement, Self energizing, Brake
frication material, Brake
linkages, Hydraulic brake system & components, Hydraulic
brake fluids, Air brakes, Vacuum
servo assisted brake, Engine exhaust brake, Parking
brakes, Dual power brake system,
Regenerative brake system, Fail-safe brake, Anti-lock
brakes, Anti skid brakes, Brake
efficiency & testing, Weight transfer, Braking ratio
10
4. Wheels and
Tyres:
Basic requirements of wheels
& tyres, Types of road wheels, Construction of wheel
assembly, wheel balancing, Tyre
construction, material, types, tubeless, cross ply, radial
type, Tyre sizes and designation,
Aspect ratio, Tyre trade pattern, Tyre valve, Tyre
inflation pressure, Safety
precautions in tyres, Tyre rotation & matching, Types of tyre
wear and their causes, Selection
of tyres under different applications, Tyre retreading –
hot & cold, Factors affecting
tyre performance. 08
5. Carriage unit
Chassis frame, Types, Loads,
Integral and chassis less construction, Chassis lubrication
25
Term Work:
1. Demonstration of front wheel
steering geometry and steering system layout
2. Demonstration of power
steering
3. Demonstration of steering gear
boxes
4. Experiment on computerized
wheel balancing and front wheel alignment
5. To open the master cylinder,
wheel cylinder, identify the different components,
sketch & assemble
6. Demonstration of compressed
air, vacuum servo and parking brake
7. Demonstration of conventional
leaf spring suspensions of light, heavy vehicle
8. Demonstration of independent
suspensions systems
9. Demonstration of shock
absorbers
10. Demonstration of front &
rear axles
11. Demonstration of wheel and
tyre construction
12. Visit to tyre retreading unit
Recommended
Books:
1. Steering, Suspension &
Tyres, Giles J. G. Lliffe Book Co. London
2. Motor Vehicles, Newton, Steed
& Carrot, 13th
Edition,
Butterworth London
3. Automotive Mechanics, N. K.
Giri,
4. Automotive Mechanics, William
Crouse, McGraw Hill Publishers, New Delhi
5. Modern Transmission, Judge A.
W., Chapman & Hall Std., 1989
6. Mechanics of Road Vehicles,
Steed W, Lliffe Book Ltd. London
7. Vehicle and Engine Technology,
Second Edition by Heisler, SAE International
Publication.
8. Advanced Vehicle Technology,
Second Edition by Heisler, SAE International
Publication.
9. The Automotive Chassis, by J.
Reimpell H. Stoll, J. W. Betzler, SAE
International Publication.
T.E.
(Automobile) Sem.-VI
5. VEHICLE BODY
ENGINEERING
Teaching scheme
Examination scheme
Theory : 3 Hrs. / Week Theory
paper : 100 Marks
Practical : 2 Hrs./Week Term Work
: 25 Marks
Section – I
1. Vehicle
Aerodynamics:
Aerodynamic drag and its types
and various forces and moments, its effects on
performance, Various body
optimization techniques for minimum drag, Problems on
forces & moments, Wind tunnel
testing, Scale model testing, Component balance to
measure forces and moments. 06
2. Car Body
Details:
Types- Saloon, Convertibles,
Limousine, Estate Van, Racing and sport cars, Regulations,
Drivers visibility, Tests for
visibility, Methods of improving visibility, Space in cars,
safety design, car body
construction, front assembly, Roof Assembly, Under floor, bonnet
etc. 06
3. Bus Body
Details:
Types - Mini Bus, Single dekker,
double dekker, two levels, split level and articulated
bus, Bus body layout – floor
height-engine locations –Entrance cum exit location-seating
dimensions, construction details,
frame construction, double skin construction, types
metal sections used –
regulations, conventional & integral type construction, Emergency
door location, luggage space
location, seating layouts, passenger comfort. 07
Section – II
4. Commercial
Vehicle Body Details:
Types of bodies, flat platform,
drop side, fixed side, tipper body tanker body, light
construction vehicle body types,
Dimensions of driver seat in relation to control, driver
cabin design. 05
5. Body Loads:
Idealized structure, structural
surfaces, shear panel method, symmetric & asymmetric
Vertical loads in car longitudinal
load, and load distribution on vehicle structure, stress
analysis of bus body structure
under bending and torsion-stress analysis in integral bus
body, Design of Chassis Frame. 07
6. Ergonomics
& Design Safety of Vehicle Body:
Importance of ergonomics in
automotive body design, Anthropometry, Drivers work
station- Design of driver seat
for comfort and safety, Types of seat used in automobiles,
Types of safety belts, Air bags
used in automobiles, Use of energy absorbing system in
automobiles, Impact protection
from steering controls Importance of Bumper in
automobile, and its design of
passenger seat for comfort and safety. 08
Term Work:
1. To study the ergonomics of
human beings, drivers seat position, size and
construction.
2. Study of typical Car - body
construction with sketches.
3. To study passenger seat
position, requirement and construction.
4. To study and prepare layouts
of seating arrangement of a typical passenger bus.
5. To study the construction of
typical truck body and draw sketches.
6. To prepare layout of luxury
coach.
7. Calculation of aerodynamic
forces and pitching, rolling, yawing moments.
8. Study / Measurement of drag,
lift force of a scaled model in wind tunnel.
9. To prepare the analysis of the
vehicle body weight and the weight distribution.
10. To demonstrate constructional
and operational features of power window.
11. To test drivability of driver
using driver testing unit.
12. Design a bus body structure.
Recommended
Books:
1. Sydney F. Page, “Body
Engineering”, Chapman & Hill Ltd., London, 3rd Edition
2. J Fairbrother, “Fundamentals
of Vehicle Body work”, Hutchinson, London.
3. P.M. Heldt, “Automotive
Chassis”, Chilton Co. NK
4. John Fenton, “Vehicle Body Layout
& Analysis”, Hutchinson, London.
5. J Powloski, “Vehicle Body
Engineering”, Business Books Ltd., London.
6. J.G. Giles, “Body Construction
and Design”, Vol. 6., llefe Books/Butterworth &
Co. London
7. Crouse W. H. & Anglin D.
L., “Automotive Chassis”, McGraw-Hill Int. Book Co.
8. P. L. Kohli, “Automotive
Chassis & Body”, Papyrus Publishing House, New
Delhi.
9. Dr. V. Sumantran and Dr. Gino
Sovram, Vehicle Aerodynamics Published by
SAE International, USA
10. Wolf-Heinrich Hucho, “Aerodynamics
of Road Vehicles” Published by SAE
International, USA
11. A. Robinson, W. A. Livesey, “The
Repair of Vehicle Bodies” Published by
Butterworth-Heinemann LTD.
12. John Fenton, “Handbook of
Automotive Body Construction and Design Analysis”
Professional Engineering Publishing.
T.E.
(Automobile) Sem.-VI
6. HYDRAULICS
& PNEUMATICS
Teaching scheme
Examination scheme
Teaching: 3 Hrs./Week Theory: 100
marks.
Practical: 2 Hrs./Week Term Work
: 25 marks.
Section – I
1. Introduction
to Fluid Power:
Application of hydraulics and
pneumatics in various fields of engineering, properties of
fluids, effect of temperature,
Hydraulic symbols- Circuit elements, fluid pumps, motors,
valves, types of control,
reservoirs, advantages and disadvantages of hydraulic systems.
05
2. Elements of
Hydraulic System:
Pumps- Types of pumps and its
selection. Hydraulic cylinders and rams- Single acting
and double acting, telescopic,
seals, design considerations for pump, motor, cylinder and
ram, fluid power plumbing
requirements, type and purpose of strainer, filter, accumulator
and its types, design
considerations, reservoir, fluid temperature control, types of heat
exchangers. 06
3. Control of
Hydraulic Elements:
Types of pressure control,
Directional control valves-Two way, four way two position,
four way three position, manual
operated, solenoid operated. Flow control valves,
pressure switches, check valves,
quick exhaust valve. 05
4. Hydraulic
Circuits:
Pressure regulating circuit,
speed control circuit, accumulator circuit, booster and
intensifier circuit, motion
synchronizing circuit, servo circuit. 05
Section – II
5. Introduction
to Pneumatics:
Application of pneumatics in
engineering, basic requirements of pneumatic system,
comparison with hydraulic system
02
6. Elements of
Pneumatic System:
Air compressor - Types,
selection criteria, capacity control, piping layout, fittings and
connectors, pneumatic control,
Direction control valves, two way, three way, four way
check valves, flow control
valves, pressure control valves, speed regulators. Quick
exhaust valves, solenoid, pilot
operators, Cylinders- Types and their mountings, hoses
and connections, Air motors-
Types, comparison with hydraulic and electric motor.
Filters- Types of filters,
regulators, lubricators, mufflers, dryers. 06
29
7. Pneumatics
Circuits and Applications:
Basic pneumatic circuit, impulse
operation, speed control, pneumatic motor circuit,
sequencing of motion time delay
circuit & their applications. 03
8. Automatic
Control:
Need of control: Manual v/s
automatic control, advantages of automatic control,
open loop v/s closed loop
control, generalized control system, merits, demerits and
applications .
Mathematical conversion of
control components: Helical spring, viscous damper and
their combinations, resister,
inductors, capacitor, series and parallel electrical circuits and
mech. Systems, thermal and fluid
systems, direct and inverse analog, grounded chair
representation for material
system.
Block diagram algebra: Rules of
block diagram algebra, reduction of block diagram,
block diagram transfer function
representation of speed, temperature and fluid systems,
AC & DC Motors. Modes of
control: On off control, proportional (P) control, integral (I)
control, derivative control, P+I,
P+D, P+I+D (including an analytical treatment). 08
9. Maintenance
& safety of hydraulics and pneumatics systems 02
Term Work:
1. ISO/JIC symbols for hydraulic
and pneumatic system.
2. Study of Accumulators,
actuators, intensifiers, hydraulic and pneumatic power
brakes.
3. Demonstration & study of
sequence valve in hydraulic and pneumatic circuit.
4. Demonstration on meter-in
& meter-out control circuit for hydraulic system.
5. Demonstration on meter-in
& meter-out control circuit for pneumatic system.
6. Experiment on On Off
temperature controller.
7. Experiment on DC/AC Motor
speed control.
8. Experiment on various modes of
control P, I, P+I
9. Experiment on various modes of
control P+D, P+I+D.
10. Design of hydraulic system
and related components for hydraulic system for
agricultural tractor
11. Design of hydraulic system
and related components for hydraulic system for
tipper/hydraulic clamps,
pneumatic clamp.
12. Design of hydraulic system
and related components for shaping machine/
broaching machine/slotting
machine
Recommended
Books:
1. Industrial Hydraulic, J.J.
Pippenger- Mc Graw Hill Book Co. Ltd., New Delhi
2. Industrial hydraulics manual,
Vicker spery.
3. Pneumatics systems. Principles
and Maintenance, S.R. Majumdar, Tata Mc Graw
Hill Book Co., New Delhi.
4. Basic fluid power: D. A.
Pease, Prentice Hall of India, New Delhi
5. Pneumatics and Hydraulics,
H.L. Stewart, Taraporevala, Mumbai.
6. Fluid power with application,A
Esposito,Prentice Hall of India, New Delhi
7. Oil hydraulics, B la-Inhti,
Literature.
8. Fluid power design handbook,
Yeaple, Marcel Dekkar Inc, New York
9. Pneumatic handbook:
R.S.Warrring.
T.E.
(Automobile) Sem.-VI
7. VEHICLE
MAINTENANCE LABORATORY - II
Teaching scheme: Examination
scheme:
Practical: 2 Hrs./Week Term work
: 25 Marks
Practical - Oral: 25 Marks
Term Work:
1. Engine dismantling and
assembly
2. Engine top overhaul
3. Wear measurement of engine
components
4. Cooling system overhaul
5. Lubrication system overhaul
6. Visit to fuel injection pump
testing unit and report
7. Visit to engine reconditioning
workshop and report
8. Demonstration and overhaul of
Front axle of light/heavy duty vehicle
9. Adjustment of mechanical
brakes
10. Hydraulic brake system
overhaul
11. Air conditioning system
overhaul
12. Two wheeler engine overhaul
T.E.
(Automobile) Sem.-VI
8. MINI PROJECT
ON MODELING &/ OR DESIGN & SEMINAR ON PROJECT
Teaching scheme
Examination scheme
Practical : 2 Hrs./Week Term work
: 25 marks
Seminar & Oral : 25 Marks
Project on design of a product /
system / mechanism and modeling using Pro-E/ CATIA /
UG or equivalent software. Design
report and component drawings consisting of
1 3 D wire frame
2 Surface modeling
3 Solid Modeling
4 3 D Assembly
5 Drafting
OR
Project on detail design of a
product / system / mechanism / vehicle and development of a
prototype
OR
Project on detail feasibility
report of a small scale industry / automobile service centre /
manufacturing unit
Report preparation of above work
and term work marks will be given on the basis of
quality of work and report
prepared. Seminar presentation on the report during external
evaluation.
Shivaji University, Kolhapur
Equivalences of T.E. Auto. for
repeater students
Sr. No Old
Subject New Subject
T. E. Auto
SEMESTER – V
1 Automobile Engine I I C Engines
(TE Semester VI )
2 Automobile System I Automobile
Transmission
(TE Semester V )
3 Theory of Machine II Dynamics
of Machines
(TE Semester V )
4Machine Design
Principals of Design &
Component
Design
(TE Semester V )
5 Metrology & Quality Control
Metrology & Quality Control
(TE Semester V )
6 Industrial Organisation &
Management
Industrial Organisation &
Management
(TE Semester VI )
T. E. Auto
SEMESTER – VI
1 Automobile Engine II I C
Engines
(TE Semester VI )
2Automobile System II
Automobile Chassis
(TE Semester VI )
3 Mechanical Measurement &
Control
Hydraulics & pneumatics
(TE Semester VI )
4 Heat Transfer Heat & mass
Transfer
(TE Semester V )
5 Automobile System Design Auto
System Design B.E. Part-I
6 Turbomachinery Fluid Machines
(SE Semester IV )
