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M2: Systems and Processes

M2: Systems and Processes. Material P rocessing Technology. Prof. Dr. Mahmut IZCILER. GU (T R ) – Material Processing Technology. Manufacturing Technologies Welding and sheet metal forming Computer Aided Manufacturing Plastics and Ceramics Technology. Structure M2: Systems and Processes.

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M2: Systems and Processes

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  1. M2: Systems and Processes Material Processing Technology Prof. Dr. Mahmut IZCILER

  2. GU (TR)– Material Processing Technology • Manufacturing Technologies • Welding and sheet metal forming • Computer Aided Manufacturing • Plastics and Ceramics Technology

  3. StructureM2: Systems and Processes Main Modul Module Module Lecture

  4. Structure – Main Modules • Main Module 2“Material Processing Technology” consists of four Sub-Modules: - Module 1: “Manufacturing Processing Technology” - Module 2. “Computer Aided Manufacturing” - Module 3: “Welding and sheet metal forming” - Module 4: “Plastics and Ceramics Technology” Main Module 2 Material Processing Technology Module 1 Manufacturing Processing Technology Module 3 Welding and sheet metal forming Module 2 Computer Aided Manufacturing Module 4 Plastics and Ceramics Technology

  5. Structure - Modules • Module 1 “Manufacturing Processing Technology ” consists of two Lectures: - Basic Manufacturing Technologies(2 hours theory) - Practical Training(2hours practice) Credit : Module 1 Manufacturing Processing Technology

  6. Structure - Modules • Module 2 “Computer Aided Manufacturing” consists of two Lectures: - Computer integrated manufacturing and CNC programing (2 hours theory) - Practical Training(1hour practice) Credit : Module 2 Computer Aided Manufacturing

  7. Structure – Modules- • Module 3 “Welding and sheet metal forming” consists of two Lectures: - Welding and sheet metal forming tecniques(2 hours theory) - Practical Training(2hours practice) Credit : Module 3 Welding and Sheet Metal Forming

  8. Structure – Modules • Module 3 “Plastics and Ceramics Technology • ” consists of two Lectures: • - Lecture: Plastic and Ceramic Processing Technology(2hours theory) - Practical Training(2 hours practice) Credit : Module 4: “Plastics and Ceramics Technology Lecture: Plastics and Ceramics Processing Technology Practical Training

  9. Object oriented thematically enclosed list of subjects (submodules): • Metal and composite shaping methods • Technological specifications of metals • Technological specifications of composites • Safety rules • Metal Cutting Machines • Measurement and control equipments, Marking • Cutting theory • Sawing, Filing, Drilling • Bending • Cutting Threads, Mechanical Fasteners-Machine Screws and rivets • Grinding • Tempering, Hardening • Turning Metal, Milling Metal • Importance of computer integrated manufacturing • Solid modelling • Machine axis and different control types and CNC codes • Interpolations • Creation of CNC programs • Welding • Welding machines and equipments • Welding tecniques • Sheet metals and forming processes • Plastics and types of plastics • Mechanical thermal, chemical specifications of plastics · • Heat processes and forming(molding ) • Characteristics of ceramics solids and raw materials • Ceramic phase-equilibrium diagrams • Properties of ceramics • Ceramic prosesses and ceramic products • Applied projects

  10. Module 1 Manufacturing Technologies Metal and composite shaping methods Technological specifications of metals Technological specifications of composites Safety rules Metal Cutting Machines Measurement and control equipments, Marking Cutting theory Sawing, Filing, Drilling Bending Cutting Threads, Mechanical Fasteners-Machine Screws and rivets Grinding Tempering, Hardening Turning Metal, Milling Metal • Importance of computer integrated manufacturing • Solid modelling • Machine axis and different control types and CNC codes • Interpolations • Creation of CNC programs • Welding • Welding machines and equipments • Welding tecniques • Sheet metals and forming processes • Plastics and types of plastics • Mechanical thermal, chemical specifications of plastics · • Heat processes and forming(molding ) • Characteristics of ceramics solids and raw materials • Ceramic phase-equilibrium diagrams • Properties of ceramics • Ceramic prosesses and ceramic products • Applied projects

  11. Metal and composite shaping methods Technological specifications of metals Technological specifications of composites Safety rules Metal Cutting Machines Measurement and control equipments, Marking Cutting theory Sawing, Filing, Drilling Bending Cutting Threads, Mechanical Fasteners-Machine Screws and rivets Grinding Tempering, Hardening Turning Metal, Milling Metal Importance of computer integrated manufacturing Solid modelling Machine axis and different control types and CNC codes Interpolations Creation of CNC programs Welding Welding machines and equipments Welding tecniques Sheet metals and forming processes Plastics and types of plastics Mechanical thermal, chemical specifications of plastics · Heat processes and forming(molding ) Characteristics of ceramics solids and raw materials Ceramic phase-equilibrium diagrams Properties of ceramics Ceramic prosesses and ceramic products Applied projects Module 2 Computer Aided Manufacturing Importance of computer integrated manufacturing Solid modelling Machine axis and different control types and CNC codes Interpolations Creation of CNC programs

  12. Module 3 Welding and Sheet Metal Forming • Metal and composite shaping methods • Technological specifications of metals • Technological specifications of composites • Safety rules • Metal Cutting Machines • Measurement and control equipments, Marking • Cutting theory • Sawing, Filing, Drilling • Bending • Cutting Threads, Mechanical Fasteners-Machine Screws and rivets • Grinding • Tempering, Hardening • Turning Metal, Milling Metal • Importance of computer integrated manufacturing • Solid modelling • Machine axis and different control types and CNC codes • Interpolations • Creation of CNC programs • Welding • Welding machines and equipments • Welding tecniques • Sheet metals and forming processes • Plastics and types of plastics • Mechanical thermal, chemical specifications of plastics · • Heat processes and forming(molding ) • Characteristics of ceramics solids and raw materials • Ceramic phase-equilibrium diagrams • Properties of ceramics • Ceramic prosesses and ceramic products • Applied projects Welding Welding machines and equipments Welding tecniques Sheet metals and forming processes • Applied projects

  13. Metal and composite shaping methods • Technological specifications of metals • Technological specifications of composites • Safety rules • Metal Cutting Machines • Measurement and control equipments, Marking • Cutting theory • Sawing, Filing, Drilling • Bending • Cutting Threads, Mechanical Fasteners-Machine Screws and rivets • Grinding • Tempering, Hardening • Turning Metal, Milling Metal • Importance of computer integrated manufacturing • Solid modelling • Machine axis and different control types and CNC codes • Interpolations • Creation of CNC programs • Welding • Welding machines and equipments • Welding tecniques • Sheet metals and forming processes • Plastics and types of plastics • Mechanical thermal, chemical specifications of plastics · • Heat processes and forming(molding ) • Characteristics of ceramics solids and raw materials • Ceramic phase-equilibrium diagrams • Properties of ceramics • Ceramic prosesses and ceramic products • Applied projects Module 4 Plastics and Ceramics Processing Technology Plastics and types of plastics Mechanical thermal, chemical specifications of plastics · Heat processes and forming(molding ) Characteristics of ceramics solids and raw materials Ceramic phase-equilibrium diagrams Properties of ceramics Ceramic prosesses and ceramic products

  14. Manufacturing Processing Technology • Credits: Configuration for this course consists of: Each Lecture that meets 2 times per week for 45 minutes,16 weeks.Laboratory(practical training) that meets per week for 90 minutes,16 weeks(Computer Aided Manufacturing is different). • Description: This course focuses on the development of manufacturing technology knowledge and skill required to teach middle level technology education courses. Students prepare and present manufacturing technology lessons and learning activities. Students explore, through laboratory activities and content areas • School: Industrial Arts Education Faculty • Department: Industrial Technology Education

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