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1.1 Brief introduction to CAD and CAM
1.2 Manufacturing Planning
1.3 Manufacturing control
1.4 Introduction to CAD/CAM
1.5 Concurrent Engineering
1.6 CIM concepts
1.7 Computerised elements of CIM system
1.8 Types of production
1.9 Manufacturing models and Metrics-Mathematical models of Production Performance- Simple problems
1.10 Manufacturing Control-Simple Problems
1.11 Basic Elements of an automated system-Levels of Automation
1.12 Lean Production and Just-In-Time Production
2.1 Process planning
2.2 Computer Aided Process Planning (CAPP)
2.3 Logical steps in Computer Aided Process Planning
2.4 Aggregate Production Planning and the Master Production Schedule
2.5 Material Requirement planning
2.6 Capacity Planning
2.7 Control Systems -Shop Floor Control-Inventory Control
2.8 Brief on Manufacturing Resource Planning-II (MRP-II)
2.9 Enterprise Resource Planning (ERP)-Simple problems
3.1 Group Technology (GT)
3.2 Part Families- Parts Classification and coding
3.3 Simple Problems in Opitz Part Coding system
3.4 Production flow Analysis
3.5 Cellular Manufacturing
3.6 Composite part concept
3.7 Machine cell design and layout
3.8 Quantitative analysis in Cellular Manufacturing -Rank Order Clustering Method -Arranging Machines in a GT cell
3.9 Hollier Method-Simple Problems
4.1 Types of Flexibility
4.2 FMS- Components
4.3 FMS Application & Benefits
4.4 FMS Planning and Control
4.5 Quantitative analysis in FMS-Simple Problems
4.6 Automated Guided Vehicle System (AGVS) - AGVS Application
4.7 Vehicle Guidance technology
4.8 Vehicle Management & Safety
5.1 Robot Anatomy and Related Attributes
5.2 Classification of Robots
5.3 Robot Control systems
5.4 End Effectors
5.5 Sensors in Robotics
5.6 Robot Accuracy and Repeatability
5.7 Industrial Robot Applications
5.8 Robot Part Programming
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CategoriesMechanical
Format EPUB
TypeeBook