Launch a robotics career through an intense curriculum, hands-on projects, and an industry-ready portfolio.
The basics at-a-glance
Degree earned: Master of Science in Robotics
 LocationNorthwestern University’s Evanston campus |  Timing12-15 months full-time (depending on optional summer internship) |  Class SizeSmall cohort of 15-20 students |  AdmissionsPriority deadline: First consideration given to applications received by priority deadline Application opens |
“I've never interacted with a group of master’s students that were as ambitious and curious as those I find in the MSR program. So, prepare to be inspired and pushed by the work ethic and thoughtfulness of the other people in your program.”
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“Potential employers love to see a portfolio of concrete project work, and MSR gives us just that. The project-based nature of the program gives us the chance to take classes and then apply what we learn in practice.”
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“Robotics is at the intersection of other core engineering subjects, such as mechanical engineering, electrical engineering, and computer science...I'm looking forward to the MSR program giving me that training.”
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“For me, the fact that the MSR program was robotics-specific was the main point of appeal. I wanted to work in the field of robotics and was looking for a program where I could learn robot specific skills like kinematics and dynamics and also pursue my interest in artificial intelligence.”
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“I would definitely not be doing what I do today were it not for the MSR program and all the projects we worked on. I think the program did a great job of filling the gaps in my knowledge and made me more competent not only in my background in mechanical engineering but also in electrical engineering and computer science. Those three topics are the foundation of robotics engineering and I rely on them in order to do my job now.”
Read moreUnique program features
Our program is designed for passionate, problem-solving, and deeply curious professionals with the desire to work in robotics or artificial intelligence. While exposing students to a broad range of engineering and other disciplines, the rigor of our curriculum coupled with our hands-on, project-based work enables our graduates to chart their own career path and choose from the ever-growing options in this exciting field.
Develop sought-after robotics-relevant knowledge and experience in computer science, mathematics, and mechanical, electrical, and biomedical engineering.
Collaborate with world-class faculty on work including swarm and aerial robotics, robotic manipulation, haptic interfaces, bio-inspired sensing and control, and prosthetics engineering.
Gain hands-on experience working on cutting-edge Northwestern research projects and with other leading industrial program partners like the Shirley Ryan AbilityLab.
Graduate with an indispensable project portfolio that demonstrates your experience, capabilities, and knowledge.
Engage in a small cohort of like-minded students, which encourages peer-learning and the building of strong professional and social networks.
Benefit from the nimble nature of our program which allows for faculty to focus on developing students’ individual technical and professional skills.
Students and alumni have been hired for internships and full-time positions across a wide array of companies including 3M, Apple, Auris Health, Boeing, Boston Dynamics, and Waymo.
Those with entrepreneurial spirits have been involved with startups, and still others have chosen to pursue a PhD at prestigious schools.
View featured work created by the students in our program.
Our students develop an online portfolio showcasing the projects they’ve completed. The greatest benefit these portfolios create is the industry-ready tool the students use to share their work with potential employers or PhD programs.
The 2022 STEM Career Fair will take place January 27, where companies will recruit undergraduate and graduate students for full-time, internship, and co-op positions.
Northwestern Engineering News
Students in Northwestern Engineering's Master of Science in Robotics (MSR) program are outnumbered by the number of robots available to them — and that's a good thing, according to deputy director Matt Elwin.
Simpson, one of Northwestern’s ‘foremost champions’ and his wife, Kimberly Querrey, have provided support to the University in countless ways, including gifting funding to create the Querrey Simpson Institute for Bioelectronics.
Northwestern Engineering News
Speaking at the PhD Hooding and Master’s Recognition Ceremony on December 11, Stojka stressed the importance of courage and self-confidence and encouraged the graduates to achieve something great.
Northwestern Engineering News
