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What is an Automation Engineering Technology Degree?
An automation engineering technology degree teaches students how to work with the machines and control systems that make industrial processes run automatically. These systems are used in manufacturing plants, warehouses, and other facilities to operate equipment, move materials, and produce goods with less manual effort. Students learn about electronics, robotics, sensors, programmable logic controllers (PLCs), and electrical, hydraulic, and pneumatic systems. The program combines classroom learning with hands-on training in installing, programming, testing, maintaining, and troubleshooting automated equipment.
This degree may be a good fit for students who enjoy technology, working with machines, and solving practical problems. It is especially suited to those who like hands-on projects, are curious about how automated systems work, and enjoy figuring out how to make equipment run more efficiently. Automation engineering technology offers a career path for people who want to work with modern manufacturing systems, robotics, and industrial automation.
Program Options
Automation engineering technology programs are available at the associate’s and bachelor’s degree levels, with some colleges also offering certificates and diplomas. These programs combine engineering principles with practical training in robotics, electronics, programmable logic controllers (PLCs), and automated manufacturing systems.
- Associate of Applied Science (AAS) in Automation Engineering Technology: This degree provides hands-on training in the installation, programming, maintenance, and troubleshooting of automated industrial systems. Students study electronics, programmable logic controllers, sensors, robotics, and electrical and mechanical control systems.
- Associate of Applied Science (AAS) in Automation Engineering Technology – Systems Specialist: This program focuses on the technical skills needed to operate and maintain automated manufacturing systems. Students learn about industrial electronics, control systems, automated equipment, and troubleshooting methods.
- Associate of Technology (AT) in Applied Engineering and Technology – Control Systems Technology: This degree focuses on the control systems used to operate automated machinery and industrial equipment. Students gain practical experience in programming, maintaining, troubleshooting, and integrating automation systems.
- Bachelor of Science (BS) in Automation Engineering Technology: This four-year degree provides a broader foundation in engineering principles, industrial automation, electronics, and mechanical systems. Students study robotics, programmable logic controllers, computer programming, process control, and automated manufacturing technologies.
- Bachelor of Science (BS) in Automation and Robotics Engineering Technology: This degree combines automation engineering technology with advanced training in robotics and computer programming. Students learn to design, program, integrate, and improve robotic systems and automated industrial processes.
- Diploma in Automation Engineering Technology: This program provides focused technical training in the operation, installation, and maintenance of automated equipment. Coursework emphasizes electronics, control systems, programmable logic controllers, and practical troubleshooting skills.
- Certificate in Automation Engineering Technology: This shorter program introduces students to essential automation technologies and industrial control systems. It provides practical training in areas such as electronics, programmable logic controllers, sensors, and automated equipment maintenance.
Skills You’ll Learn
An automation engineering technology degree helps students develop the technical and practical skills needed to work with automated machinery and industrial control systems. Through classroom instruction, laboratory exercises, and hands-on projects, students gain experience programming, installing, maintaining, and troubleshooting equipment used in manufacturing and other automated environments.
- Industrial Automation: Understanding how automated machines and control systems work together is a key part of the program. Students gain experience operating, monitoring, and improving automated production equipment.
- Programmable Logic Controllers (PLCs): Training in PLC programming covers the systems used to control industrial machinery. Students practice creating, testing, and modifying programs that manage equipment operations and automated processes.
- Robotics and Robotic Systems: Hands-on activities introduce students to industrial robots used for assembly, welding, and material handling. They develop skills in programming, operating, and maintaining robotic equipment.
- Electrical and Electronic Systems: Coursework covers electrical circuits, electronic components, and industrial wiring. Students learn to test electrical systems, interpret circuit diagrams, and identify equipment problems.
- Sensors and Instrumentation: Students explore how sensors and measuring devices detect conditions such as temperature, pressure, position, and movement. Practical exercises help them develop skills in installing, calibrating, and troubleshooting these devices.
- Control Systems: The program introduces the systems used to regulate machinery and industrial processes. Students practice monitoring system performance and adjusting controls to maintain accurate and reliable operations.
- Hydraulic and Pneumatic Systems: Training covers how fluid pressure and compressed air are used to power and control industrial equipment. Students work with valves, cylinders, pumps, and other components commonly found in automated machinery.
- Mechanical Systems and Equipment: Students gain an understanding of motors, gears, conveyors, and other mechanical components used in automation. They learn how these parts work together and how to identify mechanical problems.
- Computer Programming and Software: Programming courses introduce software tools used to control and monitor automated systems. Students develop skills in writing, testing, and modifying programs for industrial equipment.
- Troubleshooting and Problem-Solving: Hands-on projects help students develop the ability to diagnose electrical, mechanical, and control system problems. They practice identifying equipment malfunctions, finding their causes, and determining practical solutions.
- Technical Drawings and Documentation: Students learn to read electrical schematics, wiring diagrams, and technical drawings used in automation systems. They also practice preparing reports and documenting equipment settings, maintenance procedures, and system changes.
- Safety and Industrial Standards: Coursework emphasizes workplace safety procedures and the risks associated with automated machinery and electrical equipment. Students develop an understanding of safe operating practices, equipment safeguards, and industry requirements.
What Can You Do with an Automation Engineering Technology Degree?
An automation engineering technology degree prepares graduates for careers involving automated machinery, robotics, industrial control systems, and manufacturing equipment.
- Automation Technician: Installs, maintains, and troubleshoots automated machinery and industrial control systems. Automation technicians work with sensors, programmable logic controllers (PLCs), and other equipment to keep automated processes running smoothly.
- Controls Technician: Tests, maintains, and repairs the electrical and electronic control systems used in industrial machinery. Controls technicians troubleshoot wiring, sensors, controllers, and other components to ensure equipment operates safely and reliably.
- Robotics Technician: Installs, programs, tests, and maintains robotic equipment used in manufacturing and other industrial settings. Robotics technicians troubleshoot mechanical, electrical, and programming problems to keep robotic systems operating properly.
- Automation Engineering Technologist: Supports the design, installation, testing, and improvement of automated systems and industrial equipment. Automation engineering technologists work with engineers and technicians to develop practical solutions and improve system performance.
- PLC Programmer: Develops, tests, and modifies programs for programmable logic controllers used to operate automated machinery. PLC programmers work with production and maintenance teams to improve equipment performance and troubleshoot control system problems.
- Field Service Technician: Installs, maintains, and repairs automated equipment at customer facilities. Field service technicians travel to different worksites to diagnose technical problems, perform equipment testing, and provide support.
- Manufacturing Engineering Technician: Assists engineers in developing, testing, and improving manufacturing equipment and production processes. Manufacturing engineering technicians help troubleshoot machinery, evaluate equipment performance, and support the introduction of new automation technologies.
