My Academic Plan
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should be completed in the order listed. If you are unable to complete all courses listed in a semester,
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Program Description
This program is designed for students wanting to complete a two-year AAS Degree in Automation & Engineering Technology and enter the workforce. Students explore industries requiring automation, robotics, process control, electro-mechanical, and related troubleshooting skills. This AAS degree program focuses on preparing students for entry-level technician careers with hands-on interaction with devices and systems including electric motors and their controls, solenoids and relays, fluid power systems and controls, pumps and valves, PLCs, industrial robots, sensors and actuators, and other components. Career paths include electro-mechanical technician, robotics technician, automation technician, process and instrumentation technician, industrial maintenance technician, or quality assurance technician. Crossover skills may qualify students for avionics or manufacturing production technician positions.
Learn more about this program
What You Will Learn
Upon completion of this degree you will be able to:
1. Maintain, install, modify, and troubleshoot industrial control circuits and automated systems
2. Program and integrate industrial robots into a manufacturing workflow
3. Install and troubleshoot automated systems that include Programmable Logic Controllers (PLCs)
4. Install, calibrate, and troubleshoot sensors, actuators, valves, controllers, and displays in applications controlling process variables such as temperature, level, flow, and pressure
5. Wire industrial motors and associated control circuits, including variable-frequency drives
6. Install, modify, and troubleshoot pneumatic and hydraulic fluid power systems and their controls
7. Maintain, install, and troubleshoot mechanical power transmission systems, including alignment, lubrication, and vibration analysis of gear, belt, and chain-driven components
8. Read and interpret prints used in the manufacturing, process control, and electrical industries, including assembly drawings, P&ID diagrams, and ladder logic schematics
9. Properly and safely use hand tools and electrical test equipment in the troubleshooting, repair, and maintenance of electro-mechanical, process control, and robotics systems and related instrumentation
10. Safely participate in the installation and maintenance of industrial refrigeration systems
11. Perform and document routine maintenance of industrial equipment and systems
12. Work safely and professionally in a diverse, cross-functional team environment in an industrial setting
First Semester
| MTE 1102 | Safety Manufacturing Environment | 1 |
| MTE 1100 | Print Reading for Manufacturing | 3 |
| MAC 1001 | Introduction to Machine Shop | 3 |
| MATH | MAT 1150/1340/1420/1400/1440/2410 or Higher | 3 |
| ELT 1206 | Fundamentals of DC/AC | 4 |
| Total Credit Hours: | 14 |
Second Semester
Semester Note: Upon completion of
MTE 1102,
MTE 1100,
MAC 1001, MATH (
MAT 1150 or higher),
ELT 1206 (semester 1) and
ELT 2254,
ELT 2252,
EIC 1271,
MIL 1001,
MTE 2320, and
IMA 1500 (semester 2), you should apply for
your Industrial Maintenance Certificate.
Third Semester
| MTE 2220 | Lean Six Sigma | 4 |
| ELT 2358 | Programmable Logic Controllers | 3 |
| HVA 2035 | Specialty Refrigeration Units | 4 |
| EIC 2330 | Instrument & Process Control II | 4 |
| Total Credit Hours: | 15 |
Semester Note: The Industrial Automation and Robotics Certificate cannot be started until you have completed the Industrial Maintenance Technology Certificate.
Fourth Semester
| PHYSICS | Conceptual Physics w/Lab (PHY 1105) or Higher | 4 |
| ENGLISH | Composition I/II (ENG 1021/22) or Technical Writing (ENG 1031) | 3 |
| CIS 1018 | Introduction to PC Applications | 3 |
| ELT 2368 | Robotics Technologies | 3 |
| ELT 2367 | Introduction to Robotics | 1 |
| CAPSTONE | Internship (MTE/ELT 2080) or Capstone (MTE 2089) | 1 |
| Total Credit Hours: | 15 |