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• Week 1: Automation: Introduction, Economics of Automation,
• Week 2: Flow lines, Mathematical models, Storage Buffers
• Week 3: Balancing, Partial Automation,
• Week 4: Group Technology and Flexible manufacturing.
• Week 5: Hardware of Automation: (Introduction: Building Blocks of Automation)
• Week 6: Robotics Geometry, Kinematics, Drives and Motion Control,
• Week 7: CNC Machines (Uses , Advantages, Machine Control, Machine Codes, Programming)
• Week 8: Mid Term Exam
• Week 9: CNC Machines: CNC Machine (General information, Operation, Control panel description)
• Week 10: CNC Machines (Tool function, Practical application of tool wear offset, feed function, spindle function)
• Week 11: CNC programming
• Week 12: CAD/CAM Approach to part programming
• Week 12: CAD/CAM Approach to part programming
• Week 13: CAD/CAM application.
• Week 14: Programmable Logic Controllers: (Introduction to PLCs, Advantages of PLCs)
• Week 15: Ladder Logic Diagrams, Switching Logics,
• Week 16: Components of PLC, PLC Operating Cycle, PLC Connection,
• Week 17: PLC operation, PLC Applications
• Week 18: Final Term Exam