Computer Integrated Manufacturing Systems [Mechanical Department]

Computer Integrated Manufacturing Systems [Mechanical Department]

Computer Integrated Manufacturing Systems

Chapter 1 : INTRODUCTION

1. Computer Integrated Manufacturing System
2. Production System Facilities
3. Manufacturing Support Systems
4. Automation in Production Systems

Chapter 2 : MANUFACTlIRING OPERATIONS

1. Manual Labor in Production Systems
2. Automation Principles and Strategies
3. Manufacturing Operations
4. Manufacturing Industries and Products
5. Manufacturing Operations: Processing and Assembly Operations
6. Product/Production Relationships
7. Production Concepts and Mathematical Models
8. Costs of Manufacturing Operations

Chapter 3 : INTRODUCTION TO AUTOMATION

1. Automotion and Control Technologies
2. Basic Elements of an Automated System
3. Advanced Automation Functions
4. Levels of Automation

Chapter 4 : INDUSTRIALCONTROL SYSTEMS

1. Industrial Control Systems
2. Process Industries Versus Discrete Manufacturing Industries
3. Continuous Versus Discrete Control
4. Computer Process Control
5. Forms of Computer Process Control

Chapter 5 : SENSORS ACTUATORS AND OTHER CONTROL SYSTEMCOMPONENTS

1. Sensors, Actuators, and Other Control System Components
2. Sensors
3. Actuators
4. Digital-to-Analog Conversion and Analog-to-Digital Conversion
5. Input/Output Devices for Discrete Data

Chapter 6 : NUMERICAL CONTROL

1. Numerical Control
2. Fundamentals of NC Technology
3. Computer Numerical Control
4. Direct Numerical Control
5. Applications of Numerical Control(NC)
6. Numerical Control Coding System
7. Manual Part Programming
8. Computer Assisted Part Programming
9. Part Programming with APT
10. Numerical Control(NC) Part Programming Using CAD/CAM
11. Manual Data Input
12. Engineering Analysis of Numerical Control(NC) Positioning Systems

Chapter 7 : INDUSTRIALROBOTICS

1. Industrial Robotics
2. Robot Anatomy and Related Attributes
3. Robot Control Systems
4. End Effectors: Grippers and Tools
5. Sensors in Robotics
6. Industrial Robot Applications
7. Robot Programming
8. Engineering Analysis of Industrial Robots

Chapter 15 : GROUP TECHNOLOGY AND CELLULAR MANUFACTURING

1. Group Technology and Cellular Manufacturing
2. Group Technology: Part Families
3. Parts Classification and Coding
4. Production Flow Analysis
5. Cellular Manufacturing
6. Application Considerations in Group Technology
7. Quantitative Analysis in Cellular Manufacturing

Chapter 16 : FLEXIBLE MANUFACTURING SYSTEMS

1. Flexible Manufacturing Systems
2. What is an (Flexible Manufacturing Systems)FMS and Types of FMS
3. Flexible Manufacturing Systems(FMS) Components
4. Flexible Manufacturing Systems(FMS) Applications and Benefits
5. Flexible Manufacturing Systems(FMS) Planning and Implementation Issues
6. QuantitativeAnalysisof Flexible Manufacturing Systems
7. Bottleneck Model and Extended Bottleneck Model

Chapter 24 : PRODUCT DESIGN AND CADCAM IN THE PRODUCnON SYSTEM

1. Product Design and CAD/CAM in the Production System
2. Product Design and CAD
3. CAD System Hardware
4. CAM, CAD/CAM, and CIM
5. Quality Function Deployment

Chapter 25 : PROCESS PLANNING AND CONCURRENT ENGINEERING

1. Process Planning and Concurrent Engineering
2. Process Planning
3. Computer Aided Process Planning
4. Concurrent Engineering and Design for Manufacturing
5. Advanced Manufacturing Planning

Chapter 26 : PRODUCTION PLANNING AND CONTROL SYSTEMS

1. Production Planning and Control Systems
2. Aggregate Production Planning and the Master Production Schedule
3. Material Requirements Planning
4. Capacity Planning
5. Shop Floor Control
6. Inventory Control
7. Manufacturing Resource Planning (MRP II)
8. Just ln Tirne Production Systems

Chapter 27 : LEAN PRODUCTION AND AGILE MANUFACTURING

1. Lean Production and Agile Manufacturing
2. Lean Production
3. Agile Manufacturing
4. Comparison of Lean and Agile