Robotics & Automation Systems Technology

• Robotics Design and Assembly
  Understanding mechanical systems, gears, pneumatics, hydraulics.
• Industrial Automation
  PLC programming (Allen-Bradley, Siemens), HMI configuration.
• Microcontrollers & Embedded Systems
  Working with Arduino, Raspberry Pi, or custom boards.
• Sensors & Actuators
  How robots see and move.
• Mechatronics
  Integration of mechanical and electronic systems.
• Computer-Aided Design (CAD)
  Modeling parts and systems in 3D.
• Programming Languages
  Python, C++, Ladder Logic, and ROS (Robot Operating System).
• Machine Vision & AI
  Teaching robots to interpret their environment.

• Automation Technician / Robotics Technician
  Install, program, maintain, and troubleshoot robotic systems in factories.
  Employers:
  Automotive plants, food production, consumer goods manufacturers.
• Control Systems Technician / Engineer
  Design and manage industrial automation systems using PLCs, sensors, and SCADA.
  Employers:
  Utility companies, chemical plants, industrial facilities.
• Robotics Engineer
  Develop robotic applications from the ground up including hardware, software, and integration.
  Employers:
  Defense contractors, surgical robotics, warehouse automation.
• Mechatronics Technician
  Maintain systems that blend mechanical, electrical, and software components.
  Employers:
  Packaging lines, automated assembly, CNC robotics.
• Field Service Engineer
  Travel to client sites to install and maintain robotic machinery.
  Employers:
  Robotics companies (like FANUC, KUKA, ABB), integrators, equipment vendors.
• AI/ML Robotics Programmer (Advanced)
  Develop intelligent systems and autonomous capabilities for robots.
  Employers:
  R&D labs, drone companies, autonomous vehicle companies.
• Industrial Maintenance Specialist
  Ensure smooth operation of automation systems in large facilities.
  Employers:
  Amazon fulfillment centers, semiconductor plants, distribution hubs.
• Robotics Sales or Applications Engineer
  Demonstrate robotic solutions to customers, customize systems, provide technical support.
  Employers:
  Robotics suppliers and distributors.

• Manufacturing (Automotive, Aerospace, Electronics)
• Healthcare (Medical devices, Surgical robotics)
• Agriculture (Autonomous tractors, drones)
• Warehousing & Logistics (Autonomous forklifts, conveyors)
• Energy (Renewable systems, nuclear maintenance bots)
• Defense & Security (Unmanned vehicles, bomb-disposal robots)
• Entertainment (Animatronics, special effects)

According to the U.S. Bureau of Labor Statistics and industry projections:

• Robotics Technicians: Median salary ~$60,000+/year
• Robotics Engineers: Median salary ~$100,000+/year
• Automation Engineers: Median salary ~$90,000+/year

High Demand:
Expected growth due to increased industrial automation and AI.

Trinidad State College employs state-of-the-art materials, facilities and Faculty. You can also join our nationally renown TSC Robotics Team that has worked with NASA and others!

 

Campus: Trinidad & Valley
Program Code: AAS_ROBT
CIP Code: 15.0406

Semester One (16 Credit Hours)

• BUS 1021 – Basic Workplace Skills (1 credit)

• MAT 1150 – Technical Mathematics or above (4 credits)

• EIC 1001 – Electrical Print Reading (4 credits)

• ELT 1206 – Fundamentals of DC/AC (4 credits)

Choose one:

• ENG 1021 – English Composition I (3 credits)

• ENG 1031 – Technical Writing I (3 credits)

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Semester Two (15 Credit Hours)

• ELT 2252 – Motors & Controls (3 credits)

• CAD 2455 – SolidWorks/Mechanical (3 credits)

• ELT 2254 – Industrial Wiring (3 credits)

• ELT 2455 – Fluid Power (3 credits)

• ELT 2358 – Programmable Logic Controllers (3 credits)

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Semester Three (15 Credit Hours)

• ELT 2359 – Advanced Programmable Logic Control (3 credits)

• ELT 2367 – Introduction to Robotics (1 credit)

• ELT 2368 – Robotics Technologies (3 credits)

• OSH 1300 – OSHA Voluntary Compliance (1 credit)

• PHI 1013 – Logic: GT-AH3 (3 credits)

Choose one:

• PHY 1105 – Conceptual Physics (4 credits)

• PHY 1111 – Physics: Algebra-Based I (4 credits)

• PHY 2111 – Physics: Calculus-Based I (4 credit)

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Semester Four (15 Credit Hours)

• ELT 2080 – Internship (3 credits)

• IMA 1500 – Industrial Rotating Equipment (3 credits)

• ELT 2348 – Automation Control Circuits (3 credits)

Choose one:

• MTE 1220 – Lean Manuf. Prac/Proc (3 credits)

• PRO 2800 – Quality in Process Technology (3 credits)

• CAD 2660 – 3D Printing (3 credits)

Choose one:

• MTE 1220 – Lean Manuf. Prac/Proc (3 credits)

• PRO 2800 – Quality in Process Technology (3 credits)

• CAD 2660 – 3D Printing (3 credits)

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Total Program Credits: 61