Master of Science in Robot Engineering
Individuals seeking careers in areas such as automation and artificial intelligence may consider pursuing a master's degree relevant to robot engineering. These degree programs may be available in robotics, robotic technology or robotic engineering.
Master of Science in Robotics
Students in these programs can be taught to apply the concepts and principles of dynamics, computer vision and mechanical intelligence to the development of robotic programs and prototypes. Students can gain considerable critical thinking, problem-solving and interpersonal skills through intense engagement with advanced design challenges. These challenges may include developing technologies for better efficiency, as well as improving the capabilities of artificial intelligence systems in ways that are socially sustainable.
Instruction in these programs is commonly based on hands-on training in labs, design projects conducted independently and/or in groups and classroom lectures. Students may be required to submit a master's thesis in order to graduate, which is often approved and reviewed by a faculty adviser before final submission. In addition to the thesis, students may also undergo real-world robotics training in professional lab settings.
Prospective robotics students must typically hold at least a bachelor's degree and possess a strong background in disciplines such as mechanical engineering, electrical engineering and computer science. Students lacking this background may be required to successfully complete a series of developmental courses before beginning the official master's degree curriculum.
In addition to taking elective courses that cover the basics of computation, embedded systems and probability, students may take a comprehensive battery of foundational courses in areas such as:
- Mobile robotics
- Machine learning
- Dynamic programming
- Linear systems
- Control systems
- Robotic fundamentals
Popular Career Options
Graduates of this program may go on to work in an incredibly diverse range of industries that may include national defense, long-term care, education, manufacturing and entertainment. They may work in occupations such as:
- Robotics engineer
- Robotics researcher
- Postsecondary educator
According to the U.S. Bureau of Labor Statistics (BLS), employment in the related field of electrical engineering is predicted to increase by four percent from 2012 to 2022 (www.bls.gov). A five percent increase is anticipated for mechanical engineers. As reported by the BLS in 2012, electrical and mechanical engineers earned average annual salaries of $91,810 and $84,770, respectively.
Graduates of master's degree programs related to robotics engineering may consider continuing to the doctoral level with a Ph.D. in Robotics program. These programs are typically robotics research-intensive and can lead to careers in academia in this field. The completion of a dissertation based on original research is commonly required.
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