Learn · Computer Integrated Manufacturing: From Concept to Implementation
Lecture 30 of 60Week 6
Lecture 30 : Programming of PLC with Examples
Prof. Sankha Deb · IIT Kharagpur
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All the lectures
- Lecture 01 : Introduction to Computer Integration Manufacturing
- Lecture 02 : Definition and Scope of CIM
- Lecture 03 : Evolution of CIM
- Lecture 04 : The Manufacturing System and Role of Computers in CAD/CAM and CIM
- Lecture 05 : Benefits of CIM
- Lecture 6 : Networking and Data Communications Part 1
- Lecture 7 : Networking and Data Communications Part 2
- Lecture 8 : Database Management System Part 1
- Lecture 9: Database Management System Part 2
- Lecture 10: Standards for Communicating Between Systems
- Lecture 11: Product Cycle and Introduction to CAD
- Lecture 12: Different Approaches to CAD based Geometric Modeling: Wireframe and Surface modeling
- Lecture 13: Different Approaches to CAD based Geometric Modeling: Solid modeling, feature based modeling, parametric modeling
- Lecture 14: Hands-on demonstration on basic part modelling using CAD software
- Lecture 15: Hands-on demonstration on modelling of a mechanical parts assembly using CAD software
- Lecture 16 : Introduction to Computer-Aided Manufacturing
- Lecture 17 : Computer Numerical Control Part 1
- Lecture 18 : Computer Numerical Control Part 2
- Lecture 19 : Industrial robots
- Lecture 20 : Automated Production Lines and Assembly Systems
- Lecture 21: Basic concepts for CNC Part Programming
- Lecture 22: CNC part programming using CAD/CAM
- Lecture 23: Robot programming
- Lecture 24: Hands-on demonstration on Robot programming
- Lecture 25: Industrial Robotics Application Case-studies
- Lecture 26 : Introduction to Programmable Logic Controllers
- Lecture 27 : Input devices used with PLC
- Lecture 28 : Output devices used with PLC
- Lecture 29 : PLC Architecture
- Lecture 30 : Programming of PLC with Examples
- Lecture 31: Introduction to Material Handling Technologies
- Lecture 32: Material transport systems
- Lecture 33: Storage systems
- Lecture 34: Analysis of Material transport systems
- Lecture 35: Analysis of Storage Systems
- Lecture 36: Introduction to concept of Group Technology
- Lecture 37: Cellular Manufacturing and other applications of Group Technology
- Lecture 38 : Quantitative analysis in cellular manufacturing Part 1
- Lecture 39 : Quantitative analysis in cellular manufacturing Part 2
- Lecture 40 : Flexible Manufacturing Cells and Systems
- Lecture 41 : Introduction to process planning
- Lecture 42 : Computer Aided Process Planning Part 1
- Lecture 43 : Computer Aided Process Planning Part 2
- Lecture 44 : AI/ML applications in Process Planning Part 1
- Lecture 45 : AI/ML applications in Process Planning Part 2
- Lecture 46 : Introduction to Production Planning and Control and Aggregate production planning and MPS
- Lecture 47 : Material Requirements Planning
- Lecture 48 : Capacity Planning
- Lecture 49 : Shop floor control
- Lecture 50 : Inventory control and Manufacturing Resource Planning
- Lecture 51 : Introduction to DFMA and Design for Manufacturing Part 1
- Lecture 52 : Design for Manufacturing Part 2
- Lecture 53 : Product Design for Manual Assembly
- Lecture 54 : Design for Assembly Analysis
- Lecture 55 : Product Design for Automatic Assembly and Robot Assembly
- Lecture 56 : Industry 4.0
- Lecture 57 : Industrial Internet of Things (IIOT)
- Lecture 58 : AI/ML Driven Automation for Smart Manufacturing in Industry 4.0 - Part 1
- Lecture 59 : AI/ML Driven Automation for Smart Manufacturing in Industry 4.0 - Part 2
- Lecture 60 : Course Review and Key Takeaways