Students interested in robotics can find associate's degrees with a variety of titles, including robotics technology, robotics engineering technology or automation and robotics. In all of these programs, individuals gain skills in installing, troubleshooting, testing and operating robotic systems. Students often complete hands-on lab training, and some programs offer internships as well.
Associate's in Robotics
Programs usually feature cross-disciplinary curricula in programming, modeling and operation of robotic designs. Students learn to program machine tools and integrate mechanical systems while developing and modifying controller networks. They might get experience in microprocessor electronics, interfacing, sensor operation, and device control. Students often apply problem-solving techniques and work in teams to design functioning robotic systems.
Coursework commonly provides students with information on automated systems structure and function. Courses also might cover solid modeling or high- and low-level programming, including C++ programming and CADD graphics. Students might study other topics such as:
- Programmable controls
- Technical mathematics
- Microprocessors and microcomputers
- Technical writing and computing
- Engineering materials
- Digital electronics
Individuals who graduate with an associate's degree in robotics might be qualified for careers in industries where robotic devices are used, such as manufacturing, defense, electronics, construction and space industries. Individuals can pursue positions such as:
- Electronic engineering technicians
- Manufacturing technicians
- Robotics technicians
- Quality technicians
Career Outlook and Salary Information
In 2018, the U.S. Bureau of Labor Statistics (BLS) reported an annual median salary of $64,330 for electrical and electronics engineering technicians. The BLS predicted a 0% growth in jobs for these technicians from 2018 to 2028. However, the BLS did note that demand during that time would be highest for technicians working with the integration of electronics and computer systems.
Graduates can continue their education by transferring to a 4-year school and majoring in engineering technology or a related field. Bachelor's degree programs in engineering technology commonly offer students professional and hands-on practice in a concentration area, such as robotics, manufacturing or electrical studies.
Those who are interested in the robotics or automated systems industries can pursue associate's degree programs in robotics to gain entry-level credentials.