This school has a Robotics Master of Science in Engineering Program, which is managed by the General Robotics, Automation, Sensing and Perception (GRASP) Laboratory. This is a ten-course program, comprising four core and six elective courses. Core coursework includes machine learning, robotics and animation, computer vision and control systems designs. Elective courses include biomechanics, hybrid systems, mechatronics and motion planning. You can take either a thesis or non-thesis program.
The Robotics Institute offers a Master of Science in Information Technology -- Robotics Technology degree. This program is for students who want to work in research and development, or at intelligent automation and robotics organizations. You learn both in a classroom and in a lab setting, where you study and work on robotic systems. You must have a background in software engineering, computer science and information technology to enter this program. You can take the whole course at partner campuses around the country, and coursework includes general robotics, computer vision, personal software process, sensing and sensors, and software system architecture. You must also take elective classes and work on different projects such as wide-baseline stereo matching and path planning and optimization.
The Worcester Polytechnic Institute has a Robotic Engineering Master of Science program, a 35 credit-hour course. You can write a thesis, or take a six-credit capstone design and practicum course. Coursework includes artificial intelligence, robot dynamics, mechanical engineering, computer engineering and project management. You must also take between six and nine credits of electives.
The University of Michigan offers a Master of Engineering in Robotics and Autonomous Vehicles, which is an interdisciplinary graduate program. This is a 30-credit program, and it is for students who want to become engineers, especially in the military and private sector. You learn how to construct and design intelligent vehicles and robotic systems, and you learn about artificial intelligence and how to use robotic systems. Coursework includes engineering fundamentals and systems engineering, and you must complete a team project. You must maintain a "B" average in all courses to graduate from this program.