UNIT 1:
INTRODUCTION – CAD DEFINITION
TRANSFORMATIONS: SCALING, ROTATION, PAN, REDRAW, REGENERATE
GEOMETRIC MODELLING TECHNIQUES
GEOMETRIC MODELLING TECHNIQUES
GEOMETRIC MODELLING TECHNIQUES
GEOMETRIC MODELLING TECHNIQUES
WIRE FRAME, SURFACE, SOLID MODELLING
WIRE FRAME, SURFACE, SOLID MODELLING
WIRE FRAME, SURFACE, SOLID MODELLING
INTRODUCTION – CAD DEFINITION
DESIGN PROCESS – CAD ACTIVITIES
BENEFITS AND SCOPE OF CAD
UNIT 2:
COORDINATE MEASURING MACHINES
CONSTRUCTION, WORKING PRINCIPLES AND SPECIFICATIONS
CONSTRUCTION, WORKING PRINCIPLES AND SPECIFICATIONS
MAINTENANCE OF CNC MACHINES- CNC LATHE
UNIT 3:
OPEN LOOP AND CLOSED LOOP CONTROL SYSTEM
FEEDBACK DEVICES: ENCODERS – LINEAR AND ROTARY TRANSDUCERS
MACHINE ZERO, WORK ZERO, TOOL ZERO AND TOOL OFFSETS
COORDINATE SYSTEM – TYPES OF MOTION CONTROL: POINT-TO-POINT, PARAXIAL AND CONTOURING
TYPES OF NC PART PROGRAMMING – G AND M CODES - TURNING AND MILLING PART PROGRAMMING EXAMPLES
UNIT 4:
THEORY: INTRODUCTION, AUTOMATION STRATEGIES
TYPES OF AUTOMATION - HARD AND SOFT AUTOMATION
AGVS-GROUP TECHNOLOGY: INTRODUCTION
CODING METHODS-FMS - COMPONENTS OF FMS - TYPES
FMS WORKSTATION -MATERIAL HANDLING AND STORAGE SYSTEMS
FMS LAYOUT -APPLICATION AND BENEFITS
UNIT 5:
RIA DEFINITION OF ROBOT, LAWS OF ROBOTICS
POINT TO POINT AND CONTINUOUS PATH ROBOTIC SYSTEMS
JOINTS, END EFFECTORS, GRIPPERS
