PAVIATH INTEGRATED SOLUTION
PAVIATH INTEGRATED SOLUTION
Paviath

POLYTECHNIC COLLEGE SYLLABUS PROGRAM

DEMONSTRATION ON APPLICATION TOOLS

FEATURE
MECHANISM
MACHINE ELEMENTS
CAD PROGRAM
MULTIBODY DYNAMICS
MATHEMATICAL TECHNOLOGY
FEATURE

EXPOSURE ON FEATURE AND APPLICATION WILL BE GIVEN ALONG WITHALL SYLLABUS PROGRAM

  1. MECHANICAL ENGINEERING DRAWING
  2. STRENGTH OF MATERIALS
  3. THEORY OF MACHINES AND MECHANISMS
  4. DESIGN OF MACHINE ELEMENTS

  1. MATERIAL HANDLING SYSTEM
  2. AUTOMOBILE TRANSMISSION SYSTEM
  3. AUTOMOBILE COMPONENT DESIGN
  4. MACHINE TOOL AND DESIGN
  5. SPECIAL PURPOSE VECHILE

MECHANISM

SAM MECHANISM DESIGN KINEMATIC ANALYSIS KINETO-STATICS ANALYSIS REVERSE ENGINEERING

MACHINE ELEMENTS
 APM MULTIPHYSICS  PHYSICAL PROCESSES APM FGA ANALYSIS OF LIQUIDS AND GASES APM FEM  FINITE ELEMENT ANALYSIS â€ŠAPM CAM MECHANISM
APM PLAIN BEARINGS
 APM STRUCTURE 3D STRUCTURAL ANALYSIS APM STUDIO FEA PRE/POST PROCESSOR 
 APM TRANS DESIGNING TRANSMISSIONS â€ŠAPM SCREW SLIP, BALL & PLANETARY SCREW APM EMA ANALYSIS ELECTROMAGNETIC â€ŠAPM BEAR DESIGNING ROLLING BEARING â€ŠAPM DRIVE  MOTION ARBITRARY STRUCTURE â€ŠAPM GRAPH GRAPHICS
 PARAMETRIC DRAWING

MACHINE ELEMENTSPDM ANALYTICALSTRUCTURAL FINITE ELEMENT

CAD PROGRAM
 KOMPAS-3D
KOMPAS-GRAPHIC
 3D-MODEL RECOGNITION SYSTEM STANDARD PARTS
BOM WIZARD UNWRAP 
 STEEL STRUCTURES 3D. APM FEM â€ŠPIPELINES 3D ANIMATION E CAD–KOMPAS-3D CONVERTER
 RENDERING APPLICATION TRACEPARTSONLINE
MATERIALS LIBRARY
 ANALYSIS OF KINEMATIC & DYNAMIC KOMPAS-MACRO
CABLE 3D
 MOULD AND DIE DIMENSIONAL CHAINCALCULATOR
MULTIBODY DYNAMICS
 UM AUTOMOTIVE UM TRAIN UM LOCO UM LOCOMOTIVE UM FREIGHT WAGON CONTACT ADD ON UM TRACKED VEHICLE UM FEM ANALYSIS
 UM EXPERIMENTS UM BASE UM SUBSYSTEMS UM DRIVELINE UM MAGLEV UM TOOLS UM CADUM CONTROL  UM MATLAB
 UM BALLAST UM 3D CONTACT UM RCF UM WHEEL/RAIL UM MONORAIL UM LOCO MODEL BRYANSK STATE TECHNICAL UNIVERSITY 
MATHEMATICAL TECHNOLOGY
 SALTIRE MATHS ILLUSTRATIONS â€ŠSALTIRE GEOMETRY EXPRESSIONS SALTIRE MECHANICAL EXPRESSIONS SALTIRE ANALYTIX SALTIRE ANALYTIX CAMS SALTIRE KNOWLEDGE BASE
POLYTECHNIC PROFESSIONAL  NAGANAKULAM KNOWLEDGE CENTRETRAINING FEATURE 

♦ â€ŠISO/DIN/GOST/BIS STANDARD

♦ ACADEMIC INPUT â†’ INDUSTRY OUTPUT

♦ TECHNICAL DATA ENCYCLOPEDIA

♦ ACADEMIC TEXT BOOKS & TEST PAPERS

♦ â€Šâ†“ GAP â†“  ACADEMIC VS INDUSTRY

♦ CONCEPT/BASICS/DATA BASE

♦ PRODUCTS IN CURRENT COMMERCIAL ♦ REVERSING FROM PRODUCT/SCRAP 

♦ PRODUCT SPECIFICATION
♦ KINEMATIC & KINETOSTATIC
♦ ANALYTICAL PARAMETER
♦ PARAMETRIC DRAWING

I. MECHANICAL ENGINEERING DRAWING

COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦ MECHANICAL ENGINEERING DRAWING

♦ MECHANICAL ENGINEERING GROUP â™¦ THIRD SEMESTER â™¦ POLYTECHNIC CODE AE/PG/PT/ME/MH/MI

COURSE AIM

♦ UNDERSTANDING DRAWING â™¦ CLEAR SPATIAL VISUALIZATION â™¦ PROFICIENCY IN READING â™¦ INTERPRETING  PRODUCTION DRAWINGS â™¦ DRAFTING SKILLS

COURSE OBJECTIVE

♦ INDUSTRIAL DRAWINGS â™¦ MANUFACTURING OF ELEMENTS â™¦ MACHINE ELEMENTS SYMBOL â™¦ VISUALIZING ASSEMBLY & ELEMENTS â™¦ SIZE FORMS & POSITION TOLERANCES 

COURSE CONTENTS

♦ AUXILIARY VIEWS â™¦ INTERSECTION OF SOLIDS â™¦ DEVELOPMENTS OF SURFACES â™¦ CONVENTIONAL REPRESENTATION

♦ LIMITS, FITS AND TOLERANCES â™¦ DETAILS TO ASSEMBLY â™¦ ASSEMBLY TO DETAILS

REFERENCE BOOKS

♦ N.D.BHATT  MACHINE DRAWING â™¦ IS CODE SP 46 (1988) CODE OF PRACTICE FOR GENERAL ENGINEERING DRAWING
♦ L.K.NARAYANAN P.KANNAICH PRODUCTION DRAWING

APPLICATION TOOL

♦ APM MECHANICAL DATA PARTS DB â™¦ APM MATERIAL DATA  MATERIAL â™¦ APM BASE DATABASES â™¦ APM SECTION DATA PARAMETRIC SECTION â™¦ APM GRAPH PARAMETRIC DRAWING AND GRAPHICS

II. STRENGTH OF MATERIALS

COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦ STRENGTH OF MATERIALS

♦ MECHANICAL ENGINEERING GROUP â™¦ THIRD SEMESTER â™¦ POLYTECHNIC CODE ME/PG/PT/AE/MH/MI

COURSE AIM

♦ UNDERSTANDING ANALYSIS â™¦ TYPES OF LOADS, STRESSES & STRAINS  ♦ MAIN CAUSES OF FAILURE OF MACHINE PARTS â™¦ PRINCIPLES OF MACHINE DESIGN â™¦ MECHANICAL PROPERTIES OF MATERIALS â™¦ SELECTING MATERIALS FOR ENGINEERING APPLICATIONS

COURSE OBJECTIVE

♦ UNDERSTANDING FUNDAMENTALS OF SOLID MECHANICS â™¦ ACQUIRING ELEMENTARY KNOWLEDGE OF STRESSES, STRAINS & MATERIAL PROPERTIES â™¦ UNDERSTANDING & ANALYZING THE BASIC PRINCIPLES INVOLVED IN THE BEHAVIOR OF MACHINE PARTS UNDER LOAD IN THE CONTEXT OF DESIGNING IT â™¦ UNDERSTANDING & ANALYZING THE MECHANICAL PROPERTIES OF THE VARIOUS MATERIALS

COURSE CONTENTS

♦  MECHANICAL PROPERTIES OF MATERIALS, SIMPLE STRESSES & STRAINS â™¦ STRAIN ENERGY â™¦ BENDING MOMENT & SHEAR FORCE â™¦ MOMENT OF INERTIA â™¦ BENDING & SHEAR STRESSES â™¦ COMBINATION OF BENDING & DIRECT STRESSES â™¦ PRINCIPAL PLANES & PRINCIPAL STRESSES â™¦ TORSION

REFERENCE BOOKS

♦ ANDREW PYTEL FEDRIN AND L.SINGER STRENGTH OF MATERIAL â™¦ G.H.RUDER STRENGTH OF MATERIAL â™¦ B.K.SARKAR STRENGTH OF MATERIAL â™¦ DR. R. K.BANSAL A TEXTBOOK STRENGTH OF MATERIAL â™¦ S RAMAMRUTHAM STRENGTH OF MATERIAL â™¦ R.S.KHURMI STRENGTH OF MATERIAL â™¦ ï‚· G.K.NARULA, K.S.NARULA MATERIALS SCIENCE

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

III. THEORY OF MACHINES AND MECHANISMS

COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦ THEORY OF MACHINES AND MECHANISMS

♦ MECHANICAL ENGINEERING GROUP â™¦ FOURTH SEMESTER â™¦ POLYTECHNIC CODE ME/PT/PG/AE/MH

COURSE AIM

♦ UNDERSTANDING THE CONCEPT OF MACHINES â™¦ MECHANISMS AND THEIR ELEMENTS  ♦ STUDYING 
KINEMATICS ASPECTS OF VARIOUS LINKS IN MECHANISMS
 â™¦ FOUNDATION FOR KINEMATICS SYNTHESIS,
ANALYSIS
 â™¦ DESIGN OF MECHANISMS

COURSE OBJECTIVE

♦  KNOWING DIFFERENT MACHINE ELEMENTS AND MECHANISMS â™¦ UNDERSTANDING KINEMATICS AND DYNAMICS OF DIFFERENT MACHINES AND MECHANISMS â™¦ SELECTING SUITABLE DRIVES AND MECHANISMS FOR A PARTICULAR APPLICATION â™¦ APPRECIATING CONCEPT OF BALANCING AND VIBRATION â™¦ DEVELOPING ABILITY TO COME UP WITH INNOVATIVE IDEAS

COURSE CONTENTS

♦ FUNDAMENTALS AND TYPES OF MECHANISMS â™¦ VELOCITY AND ACCELERATION IN MECHANISM â™¦ CAMS AND FOLLOWERS â™¦ POWER TRANSMISSION â™¦ FLYWHEEL AND GOVERNORS â™¦ BRAKES, DYNAMOMETERS, CLUTCHES & BEARINGS â™¦ BALANCING & VIBRATIONS

REFERENCE BOOKS

♦ KHURMI GUPTA THEORY OF MACHINES ♦ S.S.RATTAN THEORY OF MACHINE ♦ P.L.BALLANEY THEORY OF MACHINES ♦ TIMOSHENKO THEORY OF MACHINES ♦ JAGDISH LAL THEORY OF MACHINES ♦ GHOSH - MALLIK THEORY OF MACHINES ♦ BEVEN T. THEORY OF MACHINES ♦ J.E.SHIGLEY THEORY OF MACHINES MC GRAW HILL

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

 IV. DESIGN OF MACHINE ELEMENTS

COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦  DESIGN OF MACHINE ELEMENTS

♦ MECHANICAL ENGINEERING GROUP â™¦ SIXTH SEMESTER ME â™¦ POLYTECHNIC CODE SEVENTH SEMESTER MH/MI

COURSE AIM

♦ ENABLING THE STUDENT TO DESIGN AND DRAW SIMPLE MACHINE COMPONENTS USED IN SMALL AND MEDIUM SCALE INDUSTRIES â™¦ FUNDAMENTAL KNOWLEDGE OF APPLIED MECHANICS, STRENGTH OF MATERIALS, ENGINEERING MATERIALS AND THEORY OF MACHINES IS ESSENTIAL â™¦ DEVELOPING ANALYTICAL ABILITIES TO GIVE SOLUTIONS TO ENGINEERING DESIGN PROBLEMS.

COURSE OBJECTIVE

♦ ANALYZE THE VARIOUS MODES OF FAILURE OF MACHINE COMPONENTS UNDER DIFFERENT LOAD PATTERNS.
♦ DESIGN AND PREPARE PART AND ASSEMBLY DRAWINGS. â™¦ USE DESIGN DATA BOOKS AND DIFFERENT CODES OF DESIGN.
♦ SELECT STANDARD COMPONENTS WITH THEIR SPECIFICATIONS FROM MANUFACTURER’S CATALOGUE.
♦ DEVELOP DRAWINGS ON CAD SOFTWARE.

COURSE CONTENTS

♦INTRODUCTION TO DESIGN ♦ DESIGN OF SIMPLE MACHINE PARTS ♦ DESIGN OF SHAFTS, KEYS AND COUPLINGS AND SPUR GEARS ♦ DESIGN OF POWER SCREWS ♦ DESIGN OF SPRINGS â™¦ DESIGN OF FASTENERS â™¦ ANTIFRICTION BEARINGS â™¦ ERGONOMICS & AESTHETIC CONSIDERATION IN DESIGN

REFERENCE BOOKS

♦ V.B.BHANDARI INTRODUCTION TO MACHINE DESIGN â™¦ R.K.JAIN MACHINE DESIGN â™¦ PANDYA & SHAH MACHINE DESIGN â™¦ JOSEPH EDWARD SHIGLEY MECHANICAL ENGG. DESIGN â™¦ PSG COIMBATORE DESIGN DATA BOOK â™¦ ABDULLA SHARIFF HAND BOOK OF PROPERTIES OF ENGINEERING MATERIALS & DESIGN DATA FOR MACHINE ELEMENTS â™¦ HALL, HOLOWENKO, LAUGHLIN THEORY AND PROBLEMS OF MACHINE DESIGN â™¦ ROBERT L.MOTT,JONG TANG MACHINE ELEMENTS IN MECHANICAL DESIGN â™¦ JACK A. COLLINS, HENRY R. BUSBY MECHANICAL DESIGN OF MACHINE ELEMENTS AND MACHINES.

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

V. MATERIAL HANDLING SYSTEM (ELECTIVE II)

COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦ MATERIAL HANDLING SYSTEM

♦ MECHANICAL ENGINEERING GROUP â™¦ SIXTH SEMESTER â™¦ POLYTECHNIC CODE ME

COURSE AIM

♦ OPERATIONAL FEATURES OF THE MATERIAL HANDLING EQUIPMENT & ITS PRACTICAL APPLICATION â™¦ CARRYING PARTS & PRODUCTS IN A SHOP FROM ONE WORKSTATION TO ANOTHER AND FROM SHOP TO ANOTHER SHOP â™¦ TAKING CARE OF STOCKPILING AND RECLAIMING OPERATIONS â™¦ MATERIAL HANDLING EQUIPMENT/SYSTEMS ENABLE THE PROCESS TO GO ON WITHOUT INTERRUPTIONS & AT A PREDETERMINED SPACE. TO UNDERSTAND, SELECT, OPERATE AND MAINTAIN THE MATERIAL HANDLING EQUIPMENTS.

COURSE OBJECTIVE

♦ UNDERSTANDING CONSTRUCTIONAL & OPERATIONAL FEATURES OF VARIOUS MATERIALS HANDLING SYSTEMS â™¦ IDENTIFY, COMPARE & SELECT PROPER MATERIAL HANDLING EQUIPMENT FOR SPECIFIED APPLICATIONS ♦ KNOW THE CONTROLS & SAFETY MEASURES INCORPORATED ON MATERIAL HANDLING EQUIPMENT â™¦ UNDERSTANDING DIFFERENT MATERIAL HANDLING PROCESSES USED IN INDUSTRIES â™¦ APPRECIATE THE ROLE OF MATERIAL HANDLING DEVICES IN MECHANIZATION & AUTOMATION OF INDUSTRIAL PROCESS.

COURSE CONTENTS

♦ INTRODUCTION TO MATERIAL HANDLING SYSTEM â™¦ HOISTING MACHINERY & EQUIPMENTS. CONVEYING MACHINERY ♦ SURFACE TRANSPORTATION EQUIPMENT ♦ COMPONENTS OF MATERIAL HANDLING SYSTEMS ♦ MECHANISM USED IN MATERIAL HANDLING EQUIPMENT. ♦ SELECTION OF MATERIAL HANDLING EQUIPMENT.

REFERENCE BOOKS

♦ N. RUDENKO MATERIAL HANDLING EQUIPMENT â™¦ M. P. ALEXANDROV MATERIAL HANDLING EQUIPMENT â™¦ Y. I. OBERMAN MATERIAL HANDLING ♦ R. B. CHOWDARY & G. R. N. TAGORE MATERIAL HANDLING EQUIPMENT â™¦ ALLEGRI T. H. MATERIAL HANDLING (PRINCIPLES & PRACTICE)
♦ APPLE J. M PLANT LAYOUT & MATERIALS HANDLING â™¦ BOLZ AND OTHERS MATERIAL HANDLING HAND BOOK  ♦ DAYLAS R. W.PERGAMAN, BERLIN
ENCYCLOPEDIA OF MATERIALS HANDLING â™¦ IMMER J. R. MATERIAL HANDLING ♦ PARAMESWARAN M.A. MATERIAL HANDLING EQUIPMENT

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

VI. AUTOMOBILE TRANSMISSION SYSTEM

COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦  AUTOMOBILE TRANSMISSION SYSTEM

♦ MECHANICAL ENGINEERING GROUP â™¦ THIRD SEMESTER â™¦ POLYTECHNIC CODE AE

COURSE AIM

♦ TO ACQUAINT STUDENTS WITH THE MARKET NEEDS AND MECHANICAL DESIGN TRENDS IN AUTOMOTIVE INDUSTRY
♦ TO PROVIDE STUDENTS FUNDAMENTAL KNOWLEDGE OF KEY AUTOMOTIVE MECHANICAL SYSTEMS, PARTS, AND THEIR INTEGRATION
♦ TO ENRICH STUDENTS’ ABILITY IN UTILIZING DESIGN, ENGINEERING AND MARKETING KNOWLEDGE IN PRODUCT DEVELOPMENT OF AUTOMOTIVE MECHANICAL PARTS AND THEIR INTEGRATION.

COURSE OBJECTIVE

♦ UNDERSTANDING THE VEHICLE LAYOUTS, CHASSIS FRAME & LOCATION OF VARIOUS SYSTEMS. â™¦ PRINCIPLE, CONSTRUCTION AND WORKING OF CLUTCH, GEARBOXES, PROPELLER SHAFTS, UNIVERSAL JOINTS, SLIP JOINTS & FINAL DRIVE IN THE TRANSMISSION SYSTEM. â™¦ UNDERSTAND THE TERMINOLOGY OF WHEELS & TYRES. â™¦ COMPARE VARIOUS TYPES OF TRANSMISSION SYSTEMS.

COURSE CONTENTS

♦ VEHICLE LAYOUT AND CHASSIS FRAME ♦ CLUTCHES. GEAR BOXES. PROPELLER SHAFTS, UNIVERSAL JOINTS & SLIP JOINTS â™¦ FINAL DRIVE. WHEELS AND TYRES

REFERENCE BOOKS

♦ ANTHONY SCHWALLER MOTOR AUTOMOTIVE TECHNOLOGY â™¦ TIM GILLS AUTOMOTIVE SERVICE â™¦ ANIL CHIKKARA AUTOMOBILE ENGINEERING VOL. II â™¦ CROUSE / ANGLIN. AUTOMOBILE MECHANICS â™¦ KIRPAL SINGH AUTOMOBILE ENGINEERING VOL.I â™¦ HARBANS SINGTH ROYAT THE AUTOMOBILE â™¦ R.B. GUPTA AUTOMOBILE ENGINEERING â™¦ S. SRINIVASAN AUTOMOTIVE MECHANICS â™¦ H M SETHI AUTOMOTIVE TECHNOLOGY
♦ R.K RAJPUT A TEXT BOOK OF AUTOMOBILE ENGINEERING â™¦ JOHN WHIPP TRANSMISSION CHASSIS & RELATED SYSTEMS

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

VII. AUTOMOBILE COMPONENT DESIGN
COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦ AUTOMOBILE COMPONENT DESIGN

♦ MECHANICAL ENGINEERING GROUP â™¦ FIFTH SEMESTER â™¦ POLYTECHNIC CODE AE

COURSE AIM

♦ TO GAIN THE KNOWLEDGE AND SKILLS NEEDED IN AUTOMOTIVE DESIGN AND PRODUCTION.
♦ TO DEVELOP SKILLS IN COMPUTER-AIDED DESIGN AND MANUFACTURE (CAD/CAM).
♦ TO STUDY THE PROCESS OF ENGINEERING PROBLEM SOLVING.

COURSE OBJECTIVE

♦ ANALYZE THE LOADS, TYPE OF INDUCED STRESSES, RESISTING AREAS & HENCE THE MODES OF FAILURE.
♦ IDENTIFY MODES OF FAILURE & RELEVANT THEORY FOR PROBLEM SOLVING.
♦ ANALYZE PRACTICAL PROBLEMS & MAKE USE OF MATERIALS, STRENGTH EQUATIONS, FACTOR OF SAFETY ETC.
♦ USE DESIGN DATA BOOK TO STANDARDIZE COMPONENT DIMENSIONS, AND TO SELECT

COURSE CONTENTS

♦ BASIC CONCEPTS OF DESIGN. DESIGN OF MACHINE ELEMENTS ♦ DESIGN OF SHAFTS, KEYS & COUPLINGS ♦ DESIGN OF LEVERS ♦ DESIGN OF CHASSIS COMPONENT ♦ DESIGN OF ENGINE COMPONENTS.

REFERENCE BOOKS

♦ R.K.JAIN MACHINE DESIGN â™¦ R.S.KHURMI & J.K.GUPTA MACHINE DESIGN â™¦ PANDYA & SHAH MACHINE DESIGN â™¦ P C SHARMA D K AGGARWAL 
MACHINE DESIGN â™¦ R B GUPTA AUTO DESIGN â™¦ N.K GIRI. PROBLEMS IN AUTOMOBILE ENGINEERING â™¦ K M AGGARWAL AUTO DESIGN PROBLEMS
♦ GRILES AUTOMOBILE DESIGN VOL,2,3 â™¦ J.E. SHIGLEY MACHINE DESIGN â™¦ MACHINE TOOL DESIGN HANDBOOK CMTI â™¦ DESIGN DATA BOOK P S G ♦ ROBERT L. NORTON MACHINE DESIGN AN INTEGRATED APPROACH

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

VIII. SPECIAL PURPOSE VECHILE
COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦ SPECIAL PURPOSE VEHICLE

♦ MECHANICAL ENGINEERING GROUP â™¦ SIXTH SEMESTER â™¦ POLYTECHNIC CODE AEI

COURSE AIM

♦ UNDERSTANDING THE CONCEPT OF MACHINES â™¦ MECHANISMS AND THEIR ELEMENTS  ♦ STUDYING KINEMATICS ASPECTS OF VARIOUS LINKS IN MECHANISMS â™¦ FOUNDATION FOR KINEMATICS SYNTHESIS,ANALYSIS â™¦ DESIGN OF MECHANISMS â™¦ UNDERSTANDING ANALYSIS â™¦ TYPES OF LOADS, STRESSES & STRAINS  ♦ MAIN CAUSES OF FAILURE OF MACHINE PARTS â™¦ PRINCIPLES OF MACHINE DESIGN â™¦ MECHANICAL PROPERTIES OF MATERIALS â™¦ SELECTING MATERIALS FOR ENGINEERING APPLICATIONS

COURSE OBJECTIVE

♦ KNOW IMPORTANCE OF EARTH MOVING MACHINES & AGRICULTURAL MACHINES IN INDIA.
♦ IDENTIFY VARIOUS SYSTEMS & SUBSYSTEMS OF EARTH MOVING MACHINES & AGRICULTURAL MACHINES
♦ EXPLAIN WORKING & CONSTRUCTION OF VARIOUS SYSTEMS & SUBSYSTEMS IN EARTH MOVING MACHINES & AGRICULTURAL MACHINES
♦ CARRY OUT PREVENTIVE MAINTENANCE OF EARTH MOVING MACHINES & AGRICULTURAL MACHINES.

COURSE CONTENTS

♦ EARTH MOVING MACHINES â™¦ INTRODUCTION ♦ TRACTOR DOZER ♦ LINE (ROPE OPERATED EXCAVATOR) ♦ LOADERS & EXCAVATORS ♦ TRACTOR. ♦ FORKLIFT TRUCK ♦ TIPPER & ROAD ROLLER

REFERENCE BOOKS

♦ JAGMAN SINGH ART OF EARTH MOVING â™¦ RADICHEV TRACTORS AND AUTOMOBILE â™¦ BURGE TRACTORS AND THEIR POWER UNITS
♦ TRUCKER EARTH MOVING PLANT

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

IX. MACHINE TOOL AND DESIGN
COURSE SEMESTER
COURSE AIM
COURSE OBJECTIVE
COURSE CONTENTS
REFERENCE BOOKS
APPLICATION TOOL
COURSE SEMESTER

♦ SYLLABUS PROGRAM â™¦ MACHINE TOOL AND DESIGN

♦ MECHANICAL ENGINEERING GROUP â™¦ SIXTH SEMESTER â™¦ POLYTECHNIC CODE PG / PT

COURSE AIM

♦ TO IMPART, CONCEPTS, PRINCIPLES & PROCEDURES OF TOOL ENGINEERING TO ACHIEVE HIGHEST PRODUCTIVITY AND PERFORM DUTIES â™¦ AS A TECHNICIAN IN TOOL ROOM, SHOP FLOOR, QUALITY CONTROL & ASSIST TOOL ENGINEER IN DESIGN OF TOOLS AND PRODUCTION PROCESSES

COURSE OBJECTIVE

♦ STUDY THE GENERAL REQUIREMENTS OF MACHINE TOOL DESIGN & PROCESSES. â™¦ PREDICT KINEMATICS STRUCTURE.
♦ ESTIMATE VARIOUS CONSTRAINTS ON SPINDLE SPEEDS. â™¦ DRAW LAYOUT OF SPINDLE SPEEDS. â™¦ DESIGN GEAR BOX.
♦ STUDY STEPLESS SPEED REGULATION. â™¦ STUDY DESIGN PROCEDURE OF VARIOUS MACHINE ELEMENTS.
♦ SELECT BEARING FROM MANUFACTURER’S CATALOGUE.

COURSE CONTENTS

♦ INTRODUCTION TO MACHINE TOOL ♦. MACHINE TOOL CONSTRUCTION ♦ VIBRATIONS IN MACHINE TOOL ♦ SPINDLE SPEEDS ♦ DESIGN OF SIMPLE MACHINE PARTS ♦ DESIGN OF SHAFT AND KEYS ♦ SELECTION OF ROLLING CONTACT BEARINGS. 

REFERENCE BOOKS

♦ C. SEN, A.BHATTACHARYA PRINCIPLES OF MACHINE TOOL DESIGN â™¦ K. MEHTA MACHINE TOOL DESIGN â™¦ V. B. BHANDARI DESIGN OF MACHINE ELEMENTS â™¦ BASU, PAL DESIGN OF MACHINE TOOLS â™¦ R. S. KHURMI-GUPTA MACHINE DESIGN â™¦ MACHINE TOOL DESIGN HANDBOOK CMTI â™¦ DESIGN DATA BOOK P S G

APPLICATION TOOL

♦ APM WINMACHINE CAE/CAD/STRUCTURAL ANALYSIS/FEA/MACHINE ELEMENTS/PDM/DB â™¦ KOMPAS 3D  2D/3D/PDM/BOM â™¦ VARICAD 2D/3D/PDM/BOM â™¦ SAM MECHANISM DESIGN â™¦ SALTIRE SOFTWARE MATHEMATICAL TECHNOLOGY â™¦ UNIVERSAL MECHANISM MULTIBODY DYNAMICS

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