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INDIANA'S ADVANCED MANUFACTURING INITIATIVE

INDIANA'S ADVANCED MANUFACTURING INITIATIVE.

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INDIANA'S ADVANCED MANUFACTURING INITIATIVE

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  1. INDIANA'S ADVANCED MANUFACTURING INITIATIVE The mission of the Indiana's Advanced Manufacturing Initiative is to support the statewide economic development goals of growing and retaining businesses in Indiana, and to attract new businesses to the state by developing world-class manufacturing resources through: Creating awareness of Indiana's advanced manufacturing resources. Facilitating access to public resources. Reporting progress and updates EXPERTISE IN ADVANCED MANUFACTURING - Indiana has a long history of excellence and innovation in the manufacturing industry, and the sector continues to thrive today. A COMPETITIVE ADVANTAGE- Indiana is an ideal place to grow your business. The state nurtures innovation and discovery through strong collaborations between universities, businesses and the public sector. ACCELERATE YOUR BUSINESS - Corporate leaders in advanced manufacturing including Eli Lilly, Cummins, Toyota, Honda, Pfizer, Rolls Royce, Zimmer and many others call Indiana home.

  2. Ivy Tech Community CollegeSellersburg How we are responding to the advanced manufacturing initiative: • Working with local industry advisers to continually update our programs to provide the type of graduate that local manufacturing wants in an employee. • Providing instruction from experienced industry instructors. • At least 50% hands-on to lecture ratio of instruction using current equipment and technologies, including systems to teach mechatronics. • Our technical programs offer not only an associate's degree or technical certificate, but also a portable, nationally recognized certificate program to qualify a student as a Certified Production Technician in the first two semesters of the program. • Co-op program required of students as part of degree cycle.

  3. Mechatronics Integration of Multiple Technologies Mechatronics: A rapidly developing, interdisciplinary field of engineering dealing with the design of products whose function relies on the integration of mechanical and electronic components coordinated by a control architecture. A mechatronics technician would be able to work in cross functional areas including both mechanical and electrical disciplines as applied to a system – in other words, a systems expert with troubleshooting skills.

  4. Certified Production TechnicianA vision for the future of manufacturing • Modern manufacturing requires 21st century skills. The vision of the Manufacturing Skills Standards Council (MSSC) is to equip America’s workforce with the high performance knowledge and skills necessary to boost productivity, innovation and the competitiveness of U.S. manufacturers. MSSC’s goal is to train, assess and credential 40% of the nation’s production workforce over the next ten years. Students qualify in areas such as Safety, Manufacturing Processes, Quality and Continuous Improvement and Maintenance Awareness.

  5. Some Job Descriptions for the Graduate in Advanced Manufacturing Graduates of Advanced Manufacturing would be qualified as: • Manufacturing Technicians • Engineering Technicians or Assistants • Mechatronics Technician • Electromechanical Technician • Quality Technician • Robotics Technician • Path to Four-Year Technology degree Mechatronics Engineers or those with Mechatronics training become cross functional because of the integrated nature of mechatronics. Electrical and mechanical disciplines are combined using a systemic approach.

  6. Major Focus Areas for ADMF • Manufacturing Design • Production Technology • Manufacturing Operations

  7. Area of Concentration – Manufacturing Design • Part Design and Modelling • Design for Manufacturing • CNC Technologies

  8. Area of concentration – Production Technology • Mechatronics, including: • Mechanical Adjustment & Setup • Sensors and Calibration • Programmable Controls • Fluid Power • Measurement & Gaging

  9. Area of concentration – Production Technology • Programmable Controllers • Automation • Human/Machine Interfaces • Ladder Logic and Electrical Diagrams • Troubleshooting

  10. Area of concentration – Production Technology • Motor Controls • Automation • Wiring • Ladder and Electrical Diagrams • Troubleshooting

  11. Area of Concentration – Production Technology • Instrumentation and Process Control • Control Concepts • PID Controllers • Sensor Calibration • P&ID Diagrams • Flow and Level Control • PLC Interfaces

  12. Area of Concentration – Production Technology • Manufacturing & Production • Part Layout • Machine Tools • Measurement • Finishing Operations • Mechanical Operations

  13. Area of Concentration – Production Technology • Fluid Power • Piping • Pumps & Valves • Fluid Diagrams • Filtration • Troubleshooting

  14. Areas of Concentration – Manufacturing Operations • Quality Concepts • Control Charts • Quality Circles • Process Controls • Statistical Sampling • Part Attribute and Sampling • Continuous Improvement

  15. Advanced ManufacturingSnapshot: • Algebra • Basic Electricity • Technology in Adv. Mfg. • Principles in Adv. Mfg. • Trigonometry • Graphic Communications • Materials & Processes • Automation & Robotics • Physics • Quality Systems • Lean Manufacturing • Advanced Projects • Manufacturing Internship

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