Precision Machining

Industrial Design Technology

Program Competencies

  1. Describe basic computer information systems (CIS) computer concepts and programming techniques. (CIS121AA)
  2. Read technical documents emphasizing Orthographic Projection and GD&T. (MET112, MET113)
  3. Practice fundamentals of work holding and tooling applications, and application of inspection practices. (MET112, MET113, MET206, MET231)
  4. Apply the industry-mandated protocol for two-dimensional (2D) geometric dimensioning and annotation (ASME Y14.5) and 3D dimensioning and annotation (ASME Y14.41) and production of E-drawings. (MET113, MET292AE)
  5. Define metal removal processes emphasizing manual milling, drilling and lathe. (MET206, MET231)
  6. Write basic Computer Numerical Control (CNC) language, Word Address (G-Code) to the production of 2D CNC programs for CNC Milling and CNC Turning. (MET236AD)
  7. Use advanced CNC language, Word Address (G-Code) and the production of 3D CNC programs for CNC Milling and CNC Turning. (MET246AD)
  8. Demonstrate knowledge of CNC Programming of complex surface’s and solid model’s for production on 4-Axis and 5-Axis CNC machines. (MET266AD)
  9. Measure and verify CNC\CAD\CAM skills with industry certification test. (MET276AD)
  10. Develop three-dimensional (3D) visualization skills for mechanical design with the use of 3D solid design, modeling and simulation tools. (MET286AE, MET288AE)
  11. Identify and Verify Certified SolidWorks Associate (CSWA) exam objectives. (MET291AE)
  12. Solve complex mechanisms with design intent, solid bodies, and mechanical motion using assemblies and COSMOS Xpress. (MET291AE)
  13. Complete 2-D and 3-D technical documentation using industry standards. (MET291AE)
  14. Apply 3D modeling skills to build mechanical assemblies for verification of mechanical motion, kinematics and tolerance analysis. (MET292AE)
  15. Produce proof of concept with 3D printed models, assemblies and prototypes. (MET292AE)


Offered At: GateWay Community College
AAS Degree: 62-63 Credits
Certificate of Completion in Industrial Design Technology: Design Specialist Solidworks
Certified SolidWorks Associate (CSWA) Certificate
MasterCam Certification Program
Typical Core Courses (depending on specialization): Machine Processes, Inspection Techniques, Machine Blueprint reading, Industrial Safety, Geometric Dimensioning and Tolerancing, Solid Design, CNC Programming, CNC Mill Operations, CNC Lathe Operations, Coordinate Measuring Machines, 3D Printing operations, and 3D Product Development.
For More Information: Contact the Industrial Technology Advisement Office, at (602) 286-8613
Web site: Click here

Manufacturing Technology

Program Competencies

  1. Interpret technical drawing common to manufacturing. (DFT114)
  2. Interpretation and application of geometric dimensioning and tolerancing practices. (DFT115)
  3. Set up and operate CAD system to generate drawings. (DFT252AA)
  4. Set-up, select tooling, and operate machine tools including engine lathes, drill presses, grinders, and milling machines. (GTC102)
  5. Explain the theory of the processes of machining, forming, casting, joining (assembly), and conditioning as they relate to the conversion of materials to finished products. (GTC104)
  6. Demonstrate an attitude of safe work habits. (GTC106)
  7. Solve algebraic, trigonometric, and geometric problems in typical shop applications. (GTC108)
  8. Identify, analyze, and utilize the physical, mechanical and chemical properties of materials used in manufacturing. (GTC216)
  9. Describe the history, trends and impact of the quality movement, its key elements, and various strategies. (QCT143)
  10. Describe the operation and application of various electromechanical devices. (GTC185)
  11. Set-up, prepare programs and operate a 3 axis NC milling machine, and identify management implications and advantages of numerical control. (GTC206)
  12. To produce two-axis CNC programs using graphic CAD/CAM. (GTC236)
  13. To graphically model manufacturing simulations. (GTC266)
  14. Select and safely perform the appropriate welding operation including oxy-acetylene welding, brazing, cutting, and electric arc-welding. (GTC129, WLD101)
  15. Identify and apply the fundamental laws, principles, and applications of hydraulic and pneumatic devices. (GTC181)
  16. Apply quality assurance management systems and standards. (GTC208)
  17. Determine the most effective style of leadership based upon the employee, task to be accomplished, and the organizational environment. (MGT229)
  18. Identify the sources of waste in a manufacturing enterprise and recommend solutions to reduce or eliminate waste. (MET131)
  19. Demonstrate the dynamics and interactions characteristic of groups within an organizational environment. (MGT251, MGT253, MKT271)
  20. Describes techniques for successfully effecting change in the work environment, and describe the factors that lead to escalation and de-escalation of a dispute. (TQM101, TQM220, TQM230)
  21. Explain methods for quality organizations in how to plan and schedule a project. (TQM240)
  22. Identify basic electrical and electronic principles as they apply to manufacturing electromechanical equipment. (ELE100)
  23. Explain basic concepts of logistics and inventory management related to supply chain management. (MGT147)
  24. Apply CAD/CAM to Computer Integrated Manufacturing (CIM) automated manufacturing situations. (GTC276)
  25. Participate in a Special Project appropriate to the goals of the program and to the students’ work aspirations. Project will result in a finished product that demands the broad skills and knowledge of the program, a capstone project. (GTC298)
  26. Work in a product development/small manufacturing enterprise to gain “hands-on” knowledge of product development challenges. (GTC296)
  27. Select and safely perform the appropriate welding operation including oxy-acetylene welding and cutting or electric arc welding. (GTC129/WLD101)


Offered At: Mesa Community College
AAS Degree in Manufacturing Technology: 61-69 Credits
AAS Degree in Manufacturing Engineering Technology: 66 Credits
Certificate in Manufacturing Technology CNC/CAD/CAM: 30 Credits - Level I (15 Hr) / Level II (15 Hr)
Certificate in Manufacturing Management: 29-31 Credits
Certificate in Electromechanical Manufacturing Technology: 34 Credits
Typical Core Courses (depending on specialization): Machine Trades Blueprint Reading, CAD, Machine Processes, Theory, and Application, Manufacturing Processes, Industrial Safety, CNC Programming, Properties of Materials, Technical Math, Statistical Process Control, Solids Modeling, Quality Assurance, Teamwork Dynamics, Marketing, Quality Customer Service, Lean Manufacturing, Management and Leadership
For More Information: Contact Bob Bonura, Program Director, at phone (480) 461-7173

Machining and Product Development

Program Competencies

  1. Demonstrate safe work habits and machining procedures in all machine shop activities. (GTC106)
  2. Measure machined part dimensions using the following equipment: micrometers, calipers, telescoping gages, small hole gages, height gages, radius gages in conjunction with a surface plate. (GTC102, GTC223)
  3. Read and interpret shop drawings correctly to accurately produce the parts specified. (DFT114, DFT115)
  4. Use the following tools and instruments to produce accurate part layout: surface plate, height gage, square, protractor, dial indicator and sine bar. (GTC223)
  5. Set-up and perform the following operations on an engine lathe to close tolerance dimensions: turning, tape turning, boring threading, facing drilling, knurling, reaming, parting, and polishing. (GTC102, GTC223)
  6. Set-up and operate the engine lathe using the following tooling: lathe centers, 3 jaw chuck, 4 jaw chuck, collect chuck, taper attachment, steady rest, lathe mandrill, boring bar, quick change tool post. (GTC102, GTC223)
  7. Set-up and operate vertical and horizontal milling machines using the following tooling: arbors, side milling cutters, shell end mills, slab milling cutters, angle plates dividing head, rotary table, form cutters, fly cutter. (GTC102, GTC223)
  8. Read and Interpret shop drawings correctly to accurately produce the parts specified. (DFT252AA)
  9. Calculate spindle speeds, feed rates, thread dimensions, and machining tolerance limits. (GTC104)
  10. Solve algebraic, trigonometric, and geometric problems in typical shop applications. (GTC108)
  11. Describe the operation and application of various electromechanical devices. (GTC185)
  12. Set-up and operate CNC mill using necessary tooling to perform required operations. (GTC206)
  13. Identify common ferrous and nonferrous materials, perform hardness and NDT tests and select and perform simple heat seating operations. (GTC216)
  14. Identify basic electrical and electronic principles as they apply to manufacturing electromechanical equipment. (ELE100)
  15. Participate in a Special Project appropriate to the goals of the program and to the students’ work aspirations. Project will result in a finished product that demands the broad skills and knowledge of the program, a capstone project. (GTC298)
  16. Work in a product development/small manufacturing enterprise to gain “hands-on” knowledge of product development challenges. (GTC296)
  17. Will apply quality assurance management systems and standards. (QCT143/GTC208) OR Identify the sources of waste in a manufacturing enterprise and recommend solutions to reduce or eliminate waste. (MET131)
  18. Select and safely perform the appropriate welding operation including oxy-acetylene welding and cutting or electric arc welding. (GTC129/WLD101)


Offered At: Mesa Community College
AAS Degree in Machining and Product Development: 66-69 Credits
Certificate in Manufacturing Machining: 33 Credits - Level I (15 Hr) / Level II (18 Hr)
Typical Core Courses (depending on specialization): Machine Trades Blueprint Reading, Geometric Dimensioning and Tolerancing, CAD, Machine Processes, Theory, and Application, Manufacturing Processes, Industrial Safety, CNC Programming, Advanced Machine Tools, Properties of Materials, Technical Math, Quality Assurance, Manufacturing Welding, Lean Manufacturing, Machine Shop Theory, Machine Shop Practices.
For More Information: Contact Bob Bonura, Program Director, at phone (480) 461-7173