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Computer Integrated Manufacturing Systems - ME6703

Computer Integrated Manufacturing Systems

INTRODUCTION(See Below)

PRODUCTION PLANNING AND CONTROL AND COMPUTERISED PROCESS PLANNING


-:- Product Design and CAD/CAM in the Production System
-:- Product Design and CAD
-:- CAD System Hardware
-:- CAM, CAD/CAM, and CIM
-:- Quality Function Deployment
-:- Production Planning and Control Systems
-:- Aggregate Production Planning and the Master Production Schedule
-:- Material Requirements Planning
-:- Capacity Planning
-:- Shop Floor Control
-:- Inventory Control
-:- Manufacturing Resource Planning (MRP II)
-:- Just ln Tirne Production Systems

CELLULAR MANUFACTURING


-:- Group Technology and Cellular Manufacturing
-:- Group Technology: Part Families
-:- Parts Classification and Coding
-:- Production Flow Analysis
-:- Cellular Manufacturing
-:- Application Considerations in Group Technology
-:- Quantitative Analysis in Cellular Manufacturing
-:- Flexible Manufacturing Systems
-:- What is an (Flexible Manufacturing Systems)FMS and Types of FMS
-:- Flexible Manufacturing Systems(FMS) Components
-:- Flexible Manufacturing Systems(FMS) Applications and Benefits
-:- Flexible Manufacturing Systems(FMS) Planning and Implementation Issues
-:- QuantitativeAnalysisof Flexible Manufacturing Systems
-:- Bottleneck Model and Extended Bottleneck Model

FLEXIBLE MANUFACTURING SYSTEM (FMS) AND AUTOMATED GUIDED VEHICLE SYSTEM (AGVS)


-:- Process Planning and Concurrent Engineering
-:- Process Planning
-:- Computer Aided Process Planning
-:- Concurrent Engineering and Design for Manufacturing
-:- Advanced Manufacturing Planning
-:- Lean Production and Agile Manufacturing
-:- Lean Production
-:- Agile Manufacturing
-:- Comparison of Lean and Agile

INDUSTRIAL ROBOTICS


-:- Industrial Robotics
-:- Robot Anatomy and Related Attributes
-:- Robot Control Systems
-:- End Effectors: Grippers and Tools
-:- Sensors in Robotics
-:- Industrial Robot Applications
-:- Robot Programming
-:- Engineering Analysis of Industrial Robots

TEXTBOOK Automation Production System and Computer Integrated Manuacturing by Mikell P Groover

Chapter 1 INTRODUCTION


-:- Computer Integrated Manufacturing System
-:- Production System Facilities
-:- Manufacturing Support Systems
-:- Automation in Production Systems

Chapter 2 MANUFACTlIRING OPERATIONS


-:- Manual Labor in Production Systems
-:- Automation Principles and Strategies
-:- Manufacturing Operations
-:- Manufacturing Industries and Products
-:- Manufacturing Operations: Processing and Assembly Operations
-:- Product/Production Relationships
-:- Production Concepts and Mathematical Models
-:- Costs of Manufacturing Operations

Chapter 3 INTRODUCTION TO AUTOMATION


-:- Automotion and Control Technologies
-:- Basic Elements of an Automated System
-:- Advanced Automation Functions
-:- Levels of Automation

Chapter 4 INDUSTRIALCONTROL SYSTEMS


-:- Industrial Control Systems
-:- Process Industries Versus Discrete Manufacturing Industries
-:- Continuous Versus Discrete Control
-:- Computer Process Control
-:- Forms of Computer Process Control

Chapter 5 SENSORS ACTUATORS AND OTHER CONTROL SYSTEMCOMPONENTS


-:- Sensors, Actuators, and Other Control System Components
-:- Sensors
-:- Actuators
-:- Digital-to-Analog Conversion and Analog-to-Digital Conversion
-:- Input/Output Devices for Discrete Data

Chapter 6 NUMERICAL CONTROL


-:- Numerical Control
-:- Fundamentals of NC Technology
-:- Computer Numerical Control
-:- Direct Numerical Control
-:- Applications of Numerical Control(NC)
-:- Numerical Control Coding System
-:- Manual Part Programming
-:- Computer Assisted Part Programming
-:- Part Programming with APT
-:- Numerical Control(NC) Part Programming Using CAD/CAM
-:- Manual Data Input
-:- Engineering Analysis of Numerical Control(NC) Positioning Systems

Chapter 7 INDUSTRIALROBOTICS


-:- Industrial Robotics
-:- Robot Anatomy and Related Attributes
-:- Robot Control Systems
-:- End Effectors: Grippers and Tools
-:- Sensors in Robotics
-:- Industrial Robot Applications
-:- Robot Programming
-:- Engineering Analysis of Industrial Robots

Chapter 15 GROUP TECHNOLOGY AND CELLULAR MANUFACTURING


-:- Group Technology and Cellular Manufacturing
-:- Group Technology: Part Families
-:- Parts Classification and Coding
-:- Production Flow Analysis
-:- Cellular Manufacturing
-:- Application Considerations in Group Technology
-:- Quantitative Analysis in Cellular Manufacturing

Chapter 16 FLEXIBLE MANUFACTURING SYSTEMS


-:- Flexible Manufacturing Systems
-:- What is an (Flexible Manufacturing Systems)FMS and Types of FMS
-:- Flexible Manufacturing Systems(FMS) Components
-:- Flexible Manufacturing Systems(FMS) Applications and Benefits
-:- Flexible Manufacturing Systems(FMS) Planning and Implementation Issues
-:- QuantitativeAnalysisof Flexible Manufacturing Systems
-:- Bottleneck Model and Extended Bottleneck Model

Chapter 24 PRODUCT DESIGN AND CADCAM IN THE PRODUCnON SYSTEM


-:- Product Design and CAD/CAM in the Production System
-:- Product Design and CAD
-:- CAD System Hardware
-:- CAM, CAD/CAM, and CIM
-:- Quality Function Deployment

Chapter 25 PROCESS PLANNING AND CONCURRENT ENGINEERING


-:- Process Planning and Concurrent Engineering
-:- Process Planning
-:- Computer Aided Process Planning
-:- Concurrent Engineering and Design for Manufacturing
-:- Advanced Manufacturing Planning

Chapter 26 PRODUCTION PLANNING AND CONTROL SYSTEMS


-:- Production Planning and Control Systems
-:- Aggregate Production Planning and the Master Production Schedule
-:- Material Requirements Planning
-:- Capacity Planning
-:- Shop Floor Control
-:- Inventory Control
-:- Manufacturing Resource Planning (MRP II)
-:- Just ln Tirne Production Systems

Chapter 27 LEAN PRODUCTION AND AGILE MANUFACTURING


-:- Lean Production and Agile Manufacturing
-:- Lean Production
-:- Agile Manufacturing
-:- Comparison of Lean and Agile
Mahendra Varman Mahendra Varman Mahendra Varman Mahendra Varman Mahendra Varman

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