To earn a master's degree in robotics, students complete hands-on training through labs, research projects, seminars and tournaments. They are also expected to complete a supervised-research project or assistantship. The robotics program typically culminates in the presentation of a thesis in the student's specialized area of interest. Prospective students will need a bachelor's degree, GRE scores and letters of recommendation in order to apply.
Master's Degree in Robotics
Applicants into graduate programs must have a strong background in mechanical and electrical engineering, as well as computer science. The robotics program is built on a strong foundation of courses in artificial intelligence, computer vision, sensors, dynamic systems and mechanical manipulation. The curriculum also covers financial analysis and management. Other common classes found in the program include:
- Computer graphics
- Computer animation
- Foundations of engineering
- Hybrid systems
- Robotics learning
- Dynamic programming
Graduates of the robotics program can find jobs designing robots or robotic systems in a wide variety of computer and electronic industries or the military. They may also find engineering and supervising positions in health care and government organizations. These are possible job titles for robotics students:
- Robotics engineer
- Controls engineer - robotics
- Robotic programmer
Employment Outlook and Salary Information
Mechanical engineers design and construct mechanical devices, including industrial production equipment like robots. In May 2015, mechanical engineers earned a mean salary of $88,190, based on data from the U.S. Bureau of Labor Statistics (BLS). The BLS reports employment opportunities for mechanical engineers are expected to increase by 5% between 2014 and 2024.
Continuing Education Information
Graduates of master's degree programs may begin work immediately or they may continue their education with a Ph.D. in robotics. Students in a Ph.D. program are provided with the skills necessary for tenure teaching and research positions.
Given the increasing significance of robots in numerous areas, advanced degrees in robotics prepare students for a variety of careers in engineering, business and the military. Master's programs provide more in-depth training in robotics by allowing students to research a particular topic for a thesis project.