Integrated Systems Engineering Technician Certificate

Program Requirements

• CNC 101 - CNC Machine Operator Credits: 2
• CNC 102 - CNC Machine Setup Credits: 2
• CNC 201 - Computer Aided Programming for CNC Machining Credits: 3
• CNC 202 - 3-D Programming and Rapid Protyping for CNC Credits: 4
• ELT 130 - Introduction to Robotics Credits: 3
• ELT 140 - Robot Vision Credits: 3
• EGR 180 - CAD (Computer Aided-Drawing) with SolidWorks Credits: 3
• MET 100 - Introduction to Manufacturing Technology Credits: 4

Program Outcomes

Upon successful completion of the Integrated Systems Engineering Technician Certificate program, the learner will be able to:

1. Program and operate a CNC mill and lathe. (CNC 101)
2. Set tools for CNC machining of a given product. (CNC 102)
3. Design a product for CNC machining. (CNC 201, CNC 202)
4. Reverse engineer a product for 3D replication. (CNC 202)
5. Utilize a computer language to program a robot in a robotic-based work cell capable of performing repetitive tasks. (ELT 130)
6. Utilize robot vision for error proofing and single and multi-view pick and place operations. (ELT 140)
7. Create 2D sketches in SolidWorks, demonstrate the different extrusion options, and utilize geometric relations to display and modify parametric relations. (EGR 180)
8. Create drawing layouts from solid models and demonstrate the assembly modeling methodology to place parts using SolidWorks SmartMates. (EGR 180)
9. Identify different types of manufacturing processes from engineering to product shipment. (MET 100)
10. Interpret documentation of products and processes to accomplish manufacturing tasks with application of Statistical Process Control, ISO 9000 and Total Quality Control. (MET 100)