Javascript is currently not supported, or is disabled by this browser. Please enable Javascript for full functionality.

 
Skip navigation
Who are you? I Am… Resources
Share this:
FacebookShare.svg TwitterShare.svg InstagramShare.svg YouTubeShare.svg PinterestShare.svg TumblrShare.svg
   
    Sep 20, 2018  
2013-2014 | Academic Catalog 
    
2013-2014 | Academic Catalog [ARCHIVED CATALOG]


Choose Ohio First

Mechanical Engineering Technology, Advanced Manufacturing Systems Option, A.A.S.



Return to {$returnto_text} Return to: Academic Programs

Students who choose the Advanced Manufacturing Systems option learn basic milling and turning operations, CNC programming, welding, casting, metal-forming, materials technology, and heat treating processes. Advanced courses include lean systems, project management, manufacturing automation, and manufacturing costs and controls. This program option culminates in a project during which students demonstrate their breadth of manufacturing knowledge by manufacturing a product, from its original paper design, through all the required processes, to a final part or assembly of parts. Graduates of this program can function as manufacturing engineering technicians, CNC programmers, materials science technicians, machine setup technicians, process specialists, quality technicians, or industrial mechanics.

Program Outcomes

The student will:

  1. Demonstrate basic competence in the various machining processes (milling, turning, grinding, etc.)
  2. Demonstrate basic competence in welding, casting, and other metal-forming processes.
  3. Demonstrate application of accepted industry safety practices.
  4. Explain the mechanical and physical properties of various engineering materials.
  5. Apply CNC programming to milling and turning.
  6. Explain cost considerations inherent in the planning, estimating, and controlling of a manufacturing project.
  7. Demonstrate problem-solving skills and the application of troubleshooting techniques to solving manufacturing problems.
  8. Manufacture parts in accordance with specified design parameters.
  9. Explain the ethical considerations involved in manufacturing a product per industry standards.
  10. Apply effective interpersonal and teamwork skills.

Return to {$returnto_text} Return to: Academic Programs