Control Systems and Robotics

Powering Modern Industry

Adult Costs

$4800

Program Length

40 months

Next Start Date

July 13th

Enroll by

07/02/2026

Location

Main Campus

Learn More

Your name

Your Future in Controls Automation Starts Here

Step into a highly specialized career where hands-on skills meet technology. Learn in-demand skills—from robotics to industrial networking—that will prepare you for advanced work in the automated manufacturing industry.

Avg. Salary

$66k

for OTECH Grads

Career Growth

1.50%

by 2032 in Utah

Day in the Life

As a controls technician, you will help keep modern industry running by designing, implementing, and managing automated systems. No two days are exactly the same—one might involve troubleshooting a malfunctioning sensor on a conveyor line, while the next might focus on reprogramming a PLC to improve efficiency. No matter your chosen field, your work combines technical know-how with problem-solving skills to keep equipment safe, reliable, and optimized.

Career Skills You'll Learn:

Programmable Logic Controllers

Learn how to operate specialized computers used in industrial automation.

Industrial Robots

Program and operate automated industrial robots to perform various tasks.

Industrial Networking

Understand how to connect industrial devices and systems through the use of networking technologies.

Servo System Programming

Use software and hardware to control the motion of a servo motor through feedback and corrective actions.

Vision Systems

Learn how to operate vision systems for quality control, robot guidance, and data reading.

Human Machine Interface

Understand the basics of HMI programming and learn how to facilitate communication and control.

Potential Career Paths

Control Engineer

Design, implement, and maintain control systems.

Automation Engineer

Design and implement automated processes and machinery.

Project Manager

Manage automation projects from start to finish, requiring strong technical and organizational skills.

Building Automation Engineer

Focus on the automation of building systems, like HVAC, lighting, and security.

Robotics Engineer

With further training, technicians can move into robotics—designing, developing, and maintaining robotic systems.

OTECH Partners who hire our Control Systems and Robotics graduates

Program Overview

The Control Systems and Robotics program prepares students for advanced work as Control Systems Technicians in an automated manufacturing environment. This certificate provides hands-on training in Programmable Logic Controllers (PLCs), industrial robots, industrial networking, servo system programming, vision systems, and Human Machine Interface (HMI) programming.

Students work with industry professional teaching staff who emphasize hands-on instruction and provide competency training based on industry input for best practices and technological relevance.

Classroom Hours

Day: M-Th 8:00 a.m. – 4:00 p.m.
Day: F 8:00 a.m. – 3:00 p.m.
Eve: M-Th 4:00 p.m. – 8:00 p.m.

Enrollment open to
Adults, High school students

Credit transfer options
Available to view here

Tuition & Cost

Estimated Adult Tuition and Fees
$4800

Estimated Materials Cost
$381.36

Financial Aid Eligibility
Scholarship: Yes
VA: Yes
Pell Grant: Yes

Program Materials

MaterialRequiredNew
Graph ruled paper$3.39
Digital Multimeter$64.95
USB Flash Drive$12.50
Fluid power and electrical drawing template$19.99
Safety Glasses Clear$2.99
Miller, Charles Ugly's Electrical Reference 2023 Jones & Bartlett, 2023. ISBN: 9781284275919$17.77
Subtotal of required materials$56.64

TECE 1410 Instrumentation Pressure Control

MaterialRequiredNew
See Program Material List$0.00
Miller, Charles Ugly's Electrical Reference 2023 Jones & Bartlett, 2023. ISBN: 9781284275919$17.77
Subtotal of required materials$17.77

TECE 1415 Instrumentation Thermal Control

MaterialRequiredNew
See Program Material List$0.00
Miller, Charles Ugly's Electrical Reference 2023 Jones & Bartlett, 2023. ISBN: 9781284275919$17.77
Subtotal of required materials$17.77

TECE 1010 Machine Safety Integration

MaterialRequiredNew
See Program Material List$0.00
Subtotal of required materials$0.00

TECE 1250 Servo Motors and Drives

MaterialRequiredNew
See Program Material List$0.00
Subtotal of required materials$0.00

TECE 1700 Fanuc Advanced Programming

MaterialRequiredNew
See Program Material List$0.00
Subtotal of required materials$0.00

TECE 1000 Industrial Networking Basics

MaterialRequiredNew
See Program Material List$0.00
Subtotal of required materials$0.00

TECE 1130 Autonomous Mobile Robots

MaterialRequiredNew
See Program Material List$0.00
Subtotal of required materials$0.00

TEAM 1020 Pneumatics

MaterialRequiredNew
No Additional Materials Required, See Program Materials List$0.00
Subtotal of required materials$0.00

TEAM 1030 Hydraulics

MaterialRequiredNew
No Additional Materials Required, See Program Materials List$0.00
Subtotal of required materials$0.00

TEAM 1050 Electrical Systems

MaterialRequiredNew
No Additional Materials Required, See Program Materials List$0.00
Subtotal of required materials$0.00

TECE 1050 Vision Systems Basics

MaterialRequiredNew
No Additional Materials Required, See Program Materials List$0.00
Subtotal of required materials$0.00

TECE 1150 Human Machine Interface (HMI) Programming

MaterialRequiredNew
No Additional Materials Required, See Program Materials List$0.00
Subtotal of required materials$0.00

TECE 1200 Industrial Networking II

MaterialRequiredNew
No Additional Materials Required, See Program Materials List$0.00
Subtotal of required materials$0.00

TECE 1800 Integration Capstone

MaterialRequiredNew
No Additional Materials Required, See Program Materials List$0.00
Subtotal of required materials$0.00

This program has no admission requirements. You may start your admissions application at any time.

The OTECH Control Systems and Robotics program has rolling start dates throughout the year. If you are interested in enrolling in the program, please review the application deadlines and program start dates below to ensure a smooth application process.

July 13th
  • Build an operational industrial network containing computers and control devices.
  • Program a process using a common PLC.
  • Design and program and HMI screen to interface with a PLC and control a process.
  • Program a servo-driven process with a PLC.
  • Identify, locate, communicate with other devices, and inspect two different parts using machine vision.
  • Demonstrate the ability to successfully build a project that integrates multiple control topics.
Course NumberCourse NameCreditsCost
TEAM 1010Essential Skills and Safety3300
TEAM 1020Pneumatics2200
TEAM 1030Hydraulics2200
TEAM 1040Industrial Mechanics3300
TEAM 1050Electrical Systems2200
TEAM 1060Motor Controls3300
TEAM 1070Programmable Logic Controllers4400
TEAM 1080Applied System Diagnostics2200
TEAM 1138Vision Systems1100
TEAM 1140Industrial Robotics3300
TEAM 1300Building Control Panels3300
TEAM 2146Electrical Fluid Power Control Systems2200
TECE 1000Industrial Networking Basics1100
TECE 1010Machine Safety Integration1100
TECE 1050Vision Systems Basic1100
TECE 1100Programmable Logic Controllers II3300
TECE 1130Autonomous Mobile Robots1100
TECE 1150Human Machine Interface (HMI) Programming2200
TECE 1200Industrial Networking II2200
TECE 1250Servo Motors and Drives1100
TECE 1400Instrumentation Process Control2200
TECE 1410Instrumentation Pressure Control2200
TECE 1415Instrumentation Thermal Control2200
TECE 1700FANUC Advanced Programming1100
TECE 1800Integration Capstone4400
TECE 2010Allen-Bradley Programmable Logic Controllers III3300
TECE 2110Siemens Programmable Logic Controllers II3300
TECE 2150Mechatronics3300
TECE 2210Siemens Programmable Logic Controllers III3300
TEDR 1200Parametric Solid Modeling3300
TEWT 1311Gas Metal Arc Welding (GMAW) I2200
Mike Tolson

Mike Tolson has over 20 years of mechanical maintenance experience, including 18 years in the manufacturing industry and 12 years of industrial automated machine build, setup, and training experience. Mike graduated from the Ogden-Weber Technical College Industrial Automation Maintenance program in 2016. In 2017, he became a full-time instructor so that he could continue his passion for conveying his knowledge to others. Mike truly enjoys being a part of others’ success and will do what it takes to help students obtain their goals.

Office Hours (by appointment)
M & F: 8:00 a.m. – 3:00 p.m.
T-Th: 8:00 a.m. – 6:00 p.m.

Location
Manufacturing Tech 100E

mike.tolson@otech.edu

801-395-3771