Mar 21, 2018
This program provides skills necessary to maintain robotic machines in industrial applications. It incorporates the basics of mechanical structure and motion; electronic control and vision; and programming of a robot. Many manufacturing and dangerous industrial applications are turning to the use of robotic machinery. Graduates of this program will provide a workforce that can maintain, repair and modify robots.
General Education (Minimum 17 credits)
General education coursework can be completed from within or outside of the major field of study.
1. Exploration and Participation
3. Relationship with the World
4. General Education Electives (7CR)
- Must be chosen from areas 1, 2, or 3 above.
5. Physical Education (1CR)
- DESL 1850 - Basic Hydraulics (2L,2LB,3CR)
- ELTR 1515 - Basic AC/DC Electronics (2L,2LB,3CR)
- ELTR 2815 - Programmable Logic Controllers (2L,4LB,4CR)
- ENTK 1510 - Drafting I (2L,4LB,4CR)
- ENTK 2510 - CAD-3D Modeling (2L,4LB,4CR)
- MCHT 1610 - Machine Tool Technology I (1L,2LB,2CR)
- MCHT 1620 - Machine Tool Technology II (1L,2LB,2CR)
- ROBO 1650 - Electromechanics (2L,2LB,3CR)
- ROBO 2580 - LabView (2L,2CR)
- ROBO 2590 - Motion Control (2L,2LB,3CR)
- ROBO 2595 - Robot Systems (2L,4LB,4CR)
- ROBO 2616 - Robot Construction (4LB,2CR)
- ROBO 2990 - Special Topics in Automation and Robotics (1-4CR)
- WELD 1820 - GMAW and GTAW Welding (1L,3LB,2.5CR)
- Electives (4.5CR)
A minimum of 64 approved semester credits are required for graduation. For specific graduation requirements see “Academic Policies ” and “Degree Requirements .”
Only courses numbered 1000 or above can be used toward the Associate of Arts, Associate of Science, Associate of Business, Associate of Fine Arts and Associate of Applied Science Degrees.