Robotics engineering training requires four years of study, including completing general education requirements in science, mathematics, communications, and English. Other advanced courses in physics, calculus, and computer science will be required to develop a strong base knowledge of various technical and mechanical concepts. Practical robotics engineering training will also include learning lab courses on electrical engineering systems, theories of robotic engineering, industrial robotics, mechanical engineering, sensor performance and integration. Further study of kinematics, embedded systems, microprocessor systems, software engineering, system design tools, and unified robotics will also be required. Engineering degrees are generally multidisciplinary programs, and require mastery of a variety of related subjects. To be able to work as a robotics engineer, graduates must pass licensing exams to gain Engineer in Training status, then must pass a final exam to gain full licensure after obtaining work experience. Most robotics engineering schools provide the training necessary to sit for the first level of licensure exams. Internships are encouraged during undergraduate study to provide further hands-on experience prior to entering the job market.
For graduates with four-year robotics engineering degrees, popular careers include laboratory assistants, robotics testing technicians, robotics programmer, robotics systems controllers, and quality assurance technicians. Jobs within the robotics engineering field can be highly competitive, and many upper-level positions require advanced degrees in robotics engineering. Bachelor’s degrees can lead to continuing education opportunities to complete graduate degrees that lead to careers in automation science, and artificial intelligence. According to the Bureau of Labor Statistics, jobs within the robotics engineering field are expected to grow at a rate below the average for all occupations, but can be extremely lucrative.