For detailed syllabus of all other subjects of Automobile Engineering 6th Sem, 2015 curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

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For updated syllabus of Automobile Engineering (AE) 2015, kindly visit AE updated syllabus.

Wishing you great luck ahead.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of project & seminar ii is as follows.

Course Objectives:

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Selection of Project:

1. Select programme related project which has relevance to today’s industry, preferably with a social relevance.
2. Suggested type of Projects :
   1. Providing technical service to industry
   2. Entrepreneurship development
3. Project should be feasible at Diploma level and economically viable
4. Only projects which can be developed by the Diploma students need be selected. Support of external agencies not permitted

Guidelines for Project Work:

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Format for the preparation of Project work :

1. Cover Page as per format
2. Acknowledgement
3. Certificate of the Project Guide
4. Synopsys of the Project
5. Main Report
   1. Objective & Scope of the Project
   2. Theoretical Background
   3. Definition of Problem
   4. Methodology adopted, System Implementation & Details -Hardware/Software/Machinery/Equipment/used

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of cad lab ii is as follows.

GENERAL COURSE OUTCOME

1. Understand the working with layer property
2. Draw the 3D models
3. Draw the solid models
4. Draw the sections of solids
5. Draw the 3D models of different automobile components

SPECIFIC COURSE OUTCOME

1. Understand the working with layer property.
2. Draw the 3D Models
3. Draw the solid models
4. Draw the sections of solids.
5. Understand the Rendering in AutoCAD,
6. Understand the modeling in Pro E and CATIA.
7. Understand the 3D Drawings of Automobile components
8. Comprehend the basics of Solid Works

MODULE I

Working with Layer Property Manager – Creating new layers – assigning colors – naming layers -assigning line type – Creating and inserting blocks – editing blocks.

MODULE II

Introduction to 3D modeling- Constructing solid primitives-box – sphere – cylinder – cone – wedge – torus. Understanding UCS – viewing a 3D model – Boolean operations such as union – subtraction -intersection

MODULE III

Solid Modeling – Extrude – revolve – sweep- loft. Assembling 3D models – 3d operations such as align -move – rotate – array. Create bush bearing – Foot step bearing – Flange coupling – Engine Piston – crank shaft – Solid editing tools such as face edit – slice. Section of solids- Sectional view of bush bearing – foot step bearing by using slice. Rendering – light and material render

MODULE IV

Application of view ports – plotting a drawing – – Camera – motion path animation Introduction to Pro-E – create simple solids – Pro-E and CATIA 3D modeling of Automobile components like Piston, Connecting rod, poppet valve etc Introduction to Solid Works – Draw simple figures

Reference Books:

1. Sankarprasad Dey – AutoCAD 2014 for Engineers Vol.I – Vikas publishing
2. M.B.Shah, B.C.Rana – Engineering Drawing – Pearson Education India

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of vehicle testing lab is as follows.

GENERAL COURSE OUTCOME

1. Understand the use of tools and equipment in Vehicle Testing Lab.
2. Identify various servo brake units.
3. Compare the types of maintenance systems.
4. Identify various testing equipments used for servicing and repair of automobiles
5. Carryout repairs on A C unit in an Automobile.
6. Dismantle and troubles shoot the components of, Ignition system and Brake Units.
7. Execute various adjustments in fuel injection pump for its proper functioning in an Engine.

SPECIFIC COURSE OUTCOME

1. Understand the use of tools and equipment used in Vehicle Testing Lab.
2. Identify various servo brake units.
3. Compare and understand the types of maintenance systems.
4. Identify various testing equipment used for servicing and repair of automobiles
5. Identify whether to repair or replace Wheels, Tyres and Head light units in an Automobile.
6. Dismantle and trouble shoot the components of A C Unit, Ignition system and Brake Units .
7. Check the components for proper functioning.
8. Execute various adjustments in fuel injection pump for its proper functioning in an Engine.
9. Execute tuning of fuel pump
10. Drive and test the vehicle

CYCLE I

1. Familiarise the Tools and Equipment used in Vehicle Testing Lab
2. Study the different units of vacuum servo and air brake units
3. Dismantling and assembling of air brake units ( brake valve , unloaded valve, brake chamber)

CYCLE II

1. Wheel balancing and wheel alignment testing.
2. Automatic tyre changer.
3. Head light beam alignment.

CYCLE III

1. MPFI sensor identification and testing.
2. Testing of car AC.
3. Ignition system testing.
4. Disc brake overhauling, adjustments and testing.

CYCLE IV

1. Smoke testing of Diesel and Petrol engines.
2. Fuel injections pump calibration and phasing.
3. Student must be able to drive and test the vehicle.

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of vehicle body repairing is as follows.

GENERAL COURSE OUTCOME

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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SPECIFIC COURSE OUTCOME

MODULE I

1. Understand the various body members of the automotive vehicle
   1. List the types of body
   2. List major body sections
   3. Explain construction details of a body component
   4. Classify different body structures

MODULE II

1. Understand the different types of coach work
   1. State the objectives of coach work
   2. List the vehicle body materials
   3. Describe the properties of vehicle body materials
   4. Explain the different process is involved in coach work
   5. Describe the layout of different class of vehicle

MODULE III

1. Understand the different types of repairs and specific tools used for the repair work
   1. List the different types of body repairs
   2. List the main safety precautions in a body repair workshop
   3. Explain the maintenance procedure of vehicle body
   4. Describe frame realignment procedure

MODULE IV

1. Understand the characteristics of automotive painting
   1. Explain the different painting processes
   2. Identify the components of spray painting equipments, painting booth
   3. Describe different refinishing process
   4. Explain body safety procedures

MODULE I

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MODULE II

Classification of coach work , coach and bus body styles, typical layout of bus and coach body, typical layout of commercial vehicles, vehicle body materials- steel, light alloys, plastics, textiles, glass, wood, aluminium materials, adhesives and their properties. Corrosion and their prevention.

MODULE III

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MODULE IV

Paint materials, paint characteristics, refinishing process -paint removal, preparing bare metal, prime coat selection, final sanding, masking, surface cleaning. Spray guns, equipment and material preparation, spray gun setup, spray paint booth.

Text Books:

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Reference Books:

1. Janusz Pawlowski – Vehicle body engineering – Business Books
2. Paul Browne – Auto care manual – Bloomsbury Publishing Plc.
3. S F Page – Body engineering – Chapman and Hall, Limited, London, England
4. John Fenton – vehicle body lay out – Mechanical Engineering Publications
5. Andrew Livesey and A Robinson – The Repair of vehicle bodies – Routledge

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of advanced automobile engineering is as follows.

GENERAL COURSE OUTCOME

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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SPECIFIC COURSE OUTCOME

MODULE I

1. Understand the advanced fuel injection system in Petrol engine and Diesel engine
   1. Describe Port fuel injection and throttle body injection
   2. Explain M.P.F.I
   3. Differentiate the types-L-MPFI & D-MPFI
   4. Explain fuel supply systems in MPFI
   5. Explain Gasoline direct injection system
   6. Describe the working of different types of sensors
   7. Explain the working of different types of actuators
   8. Explain CRDI system
   9. Explain ECM
   10. Describe the working of electronic fuel injectors

MODULE II

1. Analyze the various pollutants from automobile engines
   1. List the effects of pollutants
   2. Explain the sources of automobile pollution
   3. Identify evaporative losses, crank case blow by, exhaust emissions
   4. List and explain the different methods adopted to control petrol engine and diesel engines emissions
   5. Describe blow by control system, PCV system, after burner, catalytic converter, control of oxides of nitrogen – EGR and Evaporative emission control system using Charcoal canister
   6. Explain the impact of Diesel smoke and its control
   7. Discuss the automotive emission control norms- EURO and BHARATH STAGE Standards.

MODULE III

1. Comprehend the Modern vehicle accessories
   1. Explain cruise control
   2. Describe the working of electric seat and mirror
   3. Explain intelligent wind screen wiper
   4. Explain automobile air conditioning
   5. List the various components of a/c
   6. Identify the refrigerants used in automobiles
   7. List the various control devices of a/c
   8. Illustrate the Automatic Climatic Control

MODULE IV

1. Comprehend the Modern vehicle safety devices
   1. Explain restraint system-Seat belt
   2. Describe the supplementary restraint system-Air bag
   3. Explain electronic stability control
   4. Explain ABS
   5. Illustrate anti-theft system in vehicle-key less entry & Vehicle immobilizer
   6. Explain automatic traction control system
   7. Explain G P S
   8. Describe adaptive noise control system
   9. Explain working of Parking distance control
   10. Familiarize with the In car Infotainment and Head up Display
   11. Describe the concept of Drive by wire

MODULE I

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MODULE II

Emission norms- EURO and BHARATH stage, Effect of pollutants-sources of pollution- methods to control petrol engine and diesel engine emissions-. Reduction of compression ratio, blow by control system, PCV system, After burner, catalytic converter , control of oxides of nitrogen – EGR -Evaporative emission control system-Charcoal canister- Diesel smoke and its control.

MODULE III

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MODULE IV

Restraint systems-Seat belt, air bag, electronic stability control, ABS, EBD, key less entry & Vehicle immobilizer, automatic traction control system, adaptive noise control system, Parking distance control, In car infotainment, Head up Display,G P S , Concept of Drive-by wire. (brief description only)

Text Books:

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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Reference Books:

1. Anil chikkara – Automobile Engg. Vol. 1 to 4 – Satya Prakasan
2. Crouse &Anglin – Automotive emission control – McGraw-Hill
3. Barry Hollembeak – Automotive Electricity & Electronics – Cengage Learning
4. R B Gupta – Automobile engineering – Satya Prakasan
5. Halderman series- www.prenhall.com
6. Delmar series- www.delmar.com

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of industrial automation & mechatronics is as follows.

Course Outcomes:

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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SPECIFIC OUTCOME

MODULE I

1. Understand the Industrial Automation and its Applications
   1. Define automation
   2. Describe reasons for automation
   3. Explain the advantage and disadvantages of automation
   4. Explain fixed, programmable and integrated automation
   5. Describe basic elements of an automated system
   6. Describe future challenges of automation
2. Understand the mechatronic system, usage and advantages of mechatronics
   1. Define Mechatronics
   2. List the advantages and disadvantages of mechatronics
   3. Explain mechatronic products
   4. Explain mechatronics block diagram
   5. Describe the application of mechatronics in engineering
3. Comprehend the traditional Automation and mechatronic system
   1. Explain the traditional Automation system
   2. Explain mechatronic system
   3. Describe the measurement system
   4. Describe elements of measurement system
   5. Describe the elements of control system
4. Explain open loop and closed loop control system
   1. Describe the elements of closed loop control system
   2. Distinguish open loop and closed loop control system
5. Distinguish traditional and Mechatronics design
   1. Describe the elements of product design

MODULE II

1. Understand the principles of transducers and sensors
   1. Define sensors and transducers
   2. Explain static and dynamic characteristics
   3. Describe the performance terminology
2. Describe the displacement, position, proximity sensors
   1. Explain eddy current proximity sensors
   2. Explain inductive proximity (sensor . switch
   3. Explain optical encoders
   4. Explain incremental encoders
   5. Explain absolute encoders
   6. Explain tachogenerator
3. Describe the fluid pressure measurement devices
   1. Explain liquid flow sensors
   2. Explain liquid level sensors
   3. Explain temperature sensors
   4. Explain light sensors
   5. Explain the selection of sensors
4. Inputting data by switches – mechanical switches.
5. Explain debouncing of mechanical switches.

MODULE III

1. Comprehend the working of Control valves and actuators
   1. Describe the actuation system
   2. Describe hydraulic and pneumatic power supplies
   3. Explain control valves with their symbolic representation
   4. Explain directional, pressure and flow control valves
   5. Explain process control valve
   6. Explain pilot operated control valve
2. Explain linear actuators
   1. Describe the hydraulic and pneumatic cylinders
   2. Explain control of single acting and double acting cylinder
   3. Explain control valve operating a lift system
   4. Explain pressure sequence valve- A sequencing system
   5. Describe Sequencing of two double acting cylinder
   6. Describe rotary actuators
3. Explain electrical actuation systems
   1. Explain mechanical switches
   2. Explain solid state switches
   3. Explain basic principles of D C motors A C motors

MODULE IV

1. Understand the concepts of Programmable Logic Controllers
   1. Define the programmable logic controller
   2. Describe features of PLC
   3. Explain the basic components of PLC with block diagram
   4. Explain input – output processing
   5. List the programming language of PLC
   6. Explain ladder diagram
   7. Explain mnemonics
   8. Explain timers – internal relays and counters
   9. Explain working of shift register
   10. Explain master and jump controls
   11. Explain data handling
   12. Explain selection of PLC
   13. Explain microprocessor and micro controller with block diagram.
   14. Distinguish between microprocessor and micro controller.
2. Understand the techniques of Fault finding in mechatronic system
   1. Explain common fault detection techniques with measurement, control system and Data communication systems.
   2. Explain common hardware faults
   3. Describe the Fault detection techniques in microprocessor
3. Comprehend the mechatronic system approach with case study
   1. Explain the possible mechatronic design solutions
   2. Explain the principle of timed switch and bath room scale.

MODULE-I

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MODULE- II

Sensors and Transducers: Sensors and Transducers – Performance terminology- range and span -error – accuracy -sensitivity – hysteresis error – non linearity error – reproducibility – stability – dead band -resolution and output impedance. Displacement, position and proximity sensors – eddy current proximity sensors, inductive proximity sensors -proximity switches -micro switch ,reed switch, photo sensitive switch and mechanical switch- optical encoders- incremental and absolute encoders- tachogenerator- fluid pressure measurement devices – diaphragm, bellows and tube pressure sensors – liquid flow sensors – orifice plate, turbine meters -float sensors-temperature sensors -bimetallic strips, resistance temperature detectors – thermistors -thermo couples- light sensors -photo diodes ,photo transistors and photo resistors – selection of sensors – inputting data by switches – mechanical switches – debouncing of mechanical switches

MODULE III

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MODULE IV

Programmable Logic Controller definition -block diagram- Input / Output processing – Programming – mnemonics – Timers, internal relays and Counters – shift register – Master and jump controls – Ladder logic circuit -Data handling- selection of PLC – Microprocessor and Microcontrollers – Applications. Mechatronics systems and Fault finding Fault finding – Fault detection techniques – common hardware faults. – Possible design solutions -Timed switch – bathroom scales. Course Content Describe Stepper Motor.

Text Books:

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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Reference Books:

1. Kushdeep Goyal & Deepak Bandari – Industrial Automation & Robotics-S.K.Kataria & sons K.P.Ramachandran – Mechatronics – wiley India Pvt Ltd – E.K.Vijayaraghavan-
2. Mechatronics in Manufacturing System- John wiley and sons R.Theagaraj- Microprocessor and Micro controller- Scitech Publications.
3. N. Shanmugam- Mechatronics- , Anuradha Publications
4. D. S. Kumar, Satya Prakasan & Tech India Pub.
5. Bolton – Mechatronics, Pearson Education Asia ThirdEdition –

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of automobile chassis is as follows.

GENERAL COURSE OUTCOME

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
It is a lightweight, easy to use, no images, and no pdfs platform to make students’s lives easier.
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SPECIFIC COURSE OUTCOME

MODULE I

1. Understand the different types and construction of Chassis Frames and Front Axles
   1. Identify the different parts of automobile chassis
   2. Explain the constructional details of a typical chassis frame
   3. Describe different types of frames used in two-wheelers, three-wheelers, and others
   4. Describe the various sections used in automobile chassis frames
   5. List the different materials used for construction of chassis frame
2. Understand the method of testing the chassis frame
   1. Describe the method of testing the chassis frame alignment with using plumb bob
3. Understand the types and components of front axle of a vehicle
   1. Identify front axle of a vehicle
   2. Identify various types of front axles, Trans axles
   3. Explain the construction details such as materials, cross section and process
   4. Describe the checking of alignment of front axle using mandrels and protractor
   5. Distinguish stub axles, wheel assembly and different arrangements of stub axles such as Elliot types, Reverse Elliot, Lamoine Reverse Lamoine

MODULE II

1. Appreciate suspension system of a vehicle; conventional and independent
   1. Outline the importance of suspension
   2. Describe the types of front suspension system – two wheeler and three wheeler and other vehicle suspensions; parallel link, wish born arc, McPherson ,torsion bar
   3. Explain types of rear suspension system – conventional method – independent suspension
   4. Describe the function of spring as shock absorber device
   5. Explain different types of spring used in automobiles – leaf and coil springs
   6. Describe different type of leaf springs used in Automobiles, quarter elliptic, half elliptic, three quarter elliptic, cantilever, helper spring
   7. Explain the spring shackles and pins and their functions
   8. State the function of shock absorbers as vibration damper
   9. Explain the different types of shock absorbers – hydraulic, direct acting and indirect acting
   10. Explain air suspension and hydro – elastic suspension

MODULE III

1. Analyse the parts and working of steering system
   1. Describe the steering system Define steering geometry and directional stability and study the principles of steering system, a clear time – Davis fifth wheel steering
   2. Determine instantaneous centre and turning angle
   3. Explain different types of steering gas boxes – worm and roller, worm and sector, re-circulating ball type, rack and pinion
   4. Distinguish different arrangements of steering linkages – and their components such as tie rod, tie rod ends
   5. Explain power steering and its types, integral and linkage type
   6. Explain collapsible type steering column
   7. Analyse wheel alignment – castor, camber, king pin inclination and toe – in and toe – Out

MODULE IV

1. Comprehend the details of braking systems used in automobiles
   1. Describe the function of the brake and brake system
   2. Explain the type of brakes and braking system – mechanical, hydraulic, pneumatic servo brake system, air brake – vacuum brake, fail safe brake, dual brake, and anti-lock brake system. Drum and disk brake system – internal expanding and bend brake systems
   3. Reproduce the layout of brake system
   4. Explain different types, working principle of master cylinder, wheel cylinder and brake shoe
   5. Explain the constructional details and working of components of air brake
   6. Describe servo brake, types of servo brakes, vacuum and air working of servo brakes
   7. Explain mechanical brake and its types of arrangements
   8. Describe the constructional details and working of a disc brake
   9. Describe fail safe brake, dual brake and anti lock brake system
   10. Explain the function and different arrangements of hand brake
   11. Explain application and working of exhaust brake
   12. Describe the testing of brakes and brake efficiency

MODULE I

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MODULE II

Introduction to Suspension systems, Types of front suspension for Two, three & four wheeler. Air suspension, Hydro-elastic suspension. Rear Suspension system, Types-.Introduction to springs and Shock absorbing devices, Types leaf coil, springs & their arrangements, Helper spring, Spring shackle – shackle pin , Telescopic type Shock – absorber, Hydraulic, gas filled type, Mono tube and Twin tube type, Basic suspension movements pitching, bouncing, rolling etc.

MODULE III

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MODULE IV

Introduction to Brake Systems , principle of operation, weight transfer principle, types of brakes-mechanical, hydraulic, pneumatic, servo brake, Air brake – vacuum brake – fail safe brake – dual brake -anti lock brake, Drum and disc brake system – Internal expanding and externally contracting- Layout of brake system, mechanical Components, hydraulic – master cylinder, types- working principle – wheel cylinder – brake bleeding, brake shoe. Air brake – construction details – working – details components -servo brakes -working of servo brake – types, vacuum and air – disc brake – constructional details and working of engine exhaust brake -testing of braking efficiency

Reference Books:

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
It is a lightweight, easy to use, no images, and no pdfs platform to make students’s lives easier.
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For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of automobile servicing & maintenance is as follows.

GENERAL COURSE OUTCOME

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
It is a lightweight, easy to use, no images, and no pdfs platform to make students’s lives easier.
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SPECIFIC COURSE OUTCOME

MODULE I

1. Understand the procedures of overhauling of engines
   1. Distinguish between servicing and maintenance
   2. Indicate the signs showing the necessity of engine overhauling
   3. Recognize decarbonizing methods like oxygen decarbonizing, chemical decarbonizing, scraping methods etc
   4. Conduct compression test, vacuum test and cylinder leakage test
   5. Explain the procedure for engine dismantling and assembling
   6. Check piston, cylinder, connecting rod, crank shaft, flywheel, valves and valve operating mechanism
   7. Describe the servicing of different engine components

MODULE II

1. Understand the procedures of servicing ignition system and fuel system of petrol engines
   1. Describe the need for servicing and testing of components of coil ignition system
   2. Identify the correct ignition timing
   3. Explain the defects in the fuel system components and suggest the servicing
2. Understand the procedures of servicing fuel system components of diesel engine
   1. Outline the procedures of servicing F.I. system of Diesel engine
   2. Explain the procedures for bleeding and testing of F.I. pump, and testing of Nozzles

MODULE III

1. Understand the procedure for Servicing of clutch
   1. Perform the servicing and adjustment of clutch
   2. Write the procedure for dismantling and assembling of Clutch
   3. Explain the defects of clutch
2. Understand the procedure for dismantling and assembling of gear box
   1. Describe the procedure for dismantling and assembling of gear box
   2. State the defects of gear box
3. Understand the procedures of rectifying defects in propeller shaft
   1. Write the procedure for dismantling and assembling Propeller Shaft
   2. Explain the defects of Propeller Shaft
4. Understand the procedure for servicing of differential and rear axle
   1. Suggest the procedure for removal of axle in full floating, three quarter floating and semi floating types
   2. Discuss the troubles and adjustment of differential
5. Understand the Maintenance of tyres and tubes
   1. Explain the tyre replacing method
   2. Draw the tyre rotation
   3. Perform tube repair
   4. Discuss the causes of rapid tyre wear
   5. Describe the methods of tyre retreading
   6. Perform the balancing of tyres

MODULE IV

1. Understand the Servicing of suspension, steering and brake systems
   1. Explain the adjustment of front height of cars by setting torsion bars
   2. Describe the points for replacing suspension rubber bushes
   3. Explain the adjustment of front wheel alignment
   4. Explain the care and maintenance of vibration dampers
2. Understand the adjustment of free play and end play in various steering gear boxes like worm and roller, re-circulating ball, and rack and pinion types
   1. Describe the procedure for centralizing steering wheel
   2. Explain the troubles in steering system
3. Understand the procedure for brake shoe removal and re-lining
   1. Explain the brake adjustment and brake bleeding
   2. Describe the procedure for servicing wheel cylinder and master cylinder
   3. Explain the checking of braking efficiency
   4. Discuss the troubles in hydraulic and air brake systems
4. Understand the procedure for the maintenance of automobiles
   1. Explain the types of maintenance – preventive and breakdown
   2. Prepare maintenance schedule of automobiles
   3. Outline the cleaning of vehicles in a service station
   4. Explain the equipments used in a service station

MODULE I

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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MODULE II

Servicing of petrol engine – defects in coil ignition system like ‘No spark’, weak spark, intermitted spark and spark at some wires. Testing of ignition system components. Setting of ignition timing. Checking of advancing units. Servicing of spark plug. Trouble shooting of fuel system. Testing of A.C. mechanical pump. Tuning of carburettor. Causes of excessive fuel consumption and defects of carburettor. Engine tuning procedure. Servicing of diesel engine – F.I. pump timing and bleeding of diesel fuel system. Testing of Nozzles. Phasing and calibration of F.I. pump. Defects of F.I. pump and Nozzles. Troubles and diagnosis in MPFI and CRDi systems.

MODULE III

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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MODULE IV

Servicing of suspension system. Checking of wheel alignment. Adjustment of torsion bars. Care and maintenance of vibration dampers. Replacement of suspension rubber bushes. Play adjustment in steering gear boxes. Centralizing steering wheel. Troubles in steering system. Brake shoe removal and re-lining. Brake bleeding and adjustment. Servicing of master cylinder and wheel cylinder checking of braking efficiency. Troubles in hydraulic and air brake systems. Periodic and break down maintenances. Maintenance schedule. Cleaning of vehicle in a service station. Equipment used in a service station.

Text Books:

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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Reference Books:

1. N. Sreenivasan – Practical Automobile Engineering
2. Staton Abbey – Practical Automobile Engineering – Odhams Press
3. N.K. Giri – Automobile Engineering – Khanna publications
4. Anil Chhikara – Automobile Engineering vol. I, II & III – Satyaprakasan
5. James D Halderman – Automotive engines-theory and service – Prentice Hall
6. Donald W Patten & John Remling – Automotive service basics – Prentice Hall
7. Maintenance& repair of Motor vehicles – ILO Manual

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.

For Automobile Engineering 6th Sem scheme and its subjects, do visit AE 6th Sem 2015 revision scheme. The detailed syllabus of transport management is as follows.

GENERAL COURSE OUTCOME

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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SPECIFIC COURSE OUTCOME

MODULE I

1. Understand the legal aspects involved with motor transportation, types of fleet, vehicles and organizations employed in transport management
   1. Explain the legal aspects of motor transport
   2. Describe the importance of M. V. Act
   3. State the duties of drivers and conductors
   4. Explain the method of obtaining driving license for two wheeler / light passenger vehicle/ heavy goods transport vehicles
   5. State the testing procedure and reasons for disqualification for driving
   6. Explain the various traffic signs and signals
   7. Explain the registration procedure for the vehicle
   8. State the necessity of permit
   9. List the specific type of operations such as passenger transport, goods transport, municipal transport, ambulance etc and to know the requirements of these components
   10. Prepare the organizational structure of motor transport organization
   11. Outline the importance of motor transport organization
   12. Classify the motor transport organization
   13. Differentiate between passenger transport and goods transport, public transport and private transport
   14. Classify the transport carriers
   15. Describe the functional wings of transport system
   16. Explain the criteria and mode of staffing in transport system
   17. Outline the need and type of training programmes to be given to the staff
   18. State the facts to be considered for deciding the fleet strength, selecting the site for Depot
   19. State the facilities required at a depot

MODULE II

1. Understand the operation of goods vehicles / buses
   1. Outline the fundamentals of bus operations
   2. Identify the type of bus operation – city, city – suburban and inter – city operations
   3. Describe the bus operating characteristics
   4. Explain the factors such as utility, capacity dependability, safety, distance, speed, road Condition fuel economy, traffic interference
   5. List the factors to be considered for fuel economy and traffic interference
   6. Define the terms related to trip generation
   7. Explain factors to be considered for trip generation
   8. List the different types of para-transit in Indian cities
   9. State the characteristics of para-transit
   10. Explain other modes of transportation such as LRT, MAGLEV,ETB, and TOFC
   11. Explain traffic data – published data and field surveying
   12. Analyse transport co-ordination and its significance
   13. Explain co-ordinative factors in transportation
   14. Explain the methods of co-ordination in the transport operations
   15. Explain the procedure in bus and crew scheduling
   16. List the factors to be considered in bus scheduling
   17. Explain the calculation of number of buses required for different frequencies
   18. Explain how to make a bus schedule
   19. State the factors to be considered in crew schedule
   20. Explain how to make crew scheduling
   21. Explain the uses of computer in scheduling
   22. Explain how the productivity can be increased in scheduling
   23. Explain motor transport workers Act No-27 of MTW Act 1961 chapter 1
   24. Describe the components of vehicle operational cost
   25. Compute the total cost of operation
   26. Explain the various incentive schemes for accident prevention and efficient operation

MODULE III

1. Understand the features of trip.
   1. Explain the term traffic demand by identifying the peak period slack period and average period
   2. Explain the term route survey and significance of it
   3. Describe the following terms duty roasters, trip sheet & way bill
   4. State the meaning of trip generation and explain the factors to be considered for trip generation
   5. Explain the concepts of trip distribution (Trip distribution mathematical models not necessary)
2. Design the fare collection system
   1. State the requirements of a good fare system
   2. Explain the method of drawing of fare tables with examples
   3. Explain the traffic and fare system in transport organization
   4. Explain peak hours demand, express, limited stop service, relief service
   5. Explain the fare structure
   6. State the requirements for good fare system
   7. Explain different services relating to distances
   8. State the different fare systems
   9. Explain the concept of fare stage
   10. Explain how to design a fare stage
   11. Explain the fare collection methods – ticketing
   12. Explain the documentation involved in consignment shipment.
3. Understand the features of automobile marketing
   1. Explain the organization of automotive business in the world
   2. Recognize the significance of customer relations
   3. Explain the background of marketing
   4. Identify the functions of marketing activities
   5. Describe workshop management
   6. Explain the duties and responsibilities of dealer, workshop manager, supervisor, cashier, mechanic etc
   7. Explain the warranty procedures

MODULE IV

1. Recognize the various design considerations involved in road construction
   1. List the different types of roads
   2. Identify the design considerations involved in road construction such as cross sectional elements, horizontal alignment, curves, super elevation, gradient etc.
   3. Explain the features of hill road construction
   4. Describe the concept of road intersection and traffic control at intersections
   5. Identify the methods of collecting traffic data for improving existing road facilities comprising of volume study, origin & destination study, road parking study, speed & delay study
2. Appreciate the importance of insurance coverage
   1. Describe the functions of insurance companies
   2. Identify the types of Insurance Policies
   3. Explain the factors involved in assessing accident damaged vehicle.
   4. State the terms used to describe damage and repair of vehicle
   5. Explain point of impact related to accident
   6. Compute cost of accident
   7. Explain Motor Accident Claims Tribunal

MODULE-I

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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MODULE – II

Bus operation – Factors governing bus schedule – making a bus schedule – operating characteristics -trip generation and trip distribution – No. of bus required for operation – preparation of time table for bus and crew – factors governing crew scheduling – making a crew scheduling. Components of vehicle operational cost. Types of transport co-ordination and co-coordinating factors. Intermediate public transport in Indian cities(IPT)/Para transit, Characteristics of IPT modes, Light rail transit(LRT/Tram), electric trolley bus (ETB), Magnetic levitation (MAGLEV) system, container freight station, Trailer on flat car, Automatic Guided Vehicle(AGV)

MODULE – III

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
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MODULE – IV

Importance of roads – traffic studies and high way planning – Road geometry – width of high way -gradient – cross section of road – super elevation and sight distance – road intersection – traffic lights -location of bus stop, bus bay, zebra crossing and parking positions – traffic census. Insurance surveying -companies – classification of policies – third party insurance – factors involved in assessing – MACT

Text Books:

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
It is a lightweight, easy to use, no images, and no pdfs platform to make students’s lives easier.
.

Reference Books:

1. M. V. Act ( 1988 )
2. P. R. K. Sharma- Motor Transport organization –
3. L. D. Kitchen – Bus operation – Illiffe
4. C. I. R. T, Pune – Bus operation, Bus & crew scheduling –
5. L. R. Kadiyali – Transport Engg. and Transport planning – Khanna publications
6. V.N. Vazirani & S. P. Chandola – Transportation Engineering – Khanna publications

For detailed syllabus of all other subjects of Automobile Engineering, 2015 revision curriculum do visit AE 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.