Worcester Polytechnic Institute

What you'll study

The MS in Robotics Engineering combines core robotics science with hands-on system development. Typical core topics include kinematics and dynamics of robots, feedback control and estimation, embedded systems and real-time implementation, sensors and sensor fusion, and robot perception (computer vision and simultaneous localisation and mapping). Students also study planning and decision-making for autonomy, machine learning for robotics, and systems engineering for integrating hardware and software.

The programme is organised around advanced coursework and a substantial project or thesis. Common modules and subjects you can expect are:

• Robot Kinematics & Dynamics: modelling of manipulators and mobile platforms, forward/inverse kinematics, dynamic equations of motion.
• Control Systems for Robotics: classical and modern control, state estimation, Kalman filtering, robust and adaptive control methods.
• Perception & Computer Vision: image processing, feature extraction, 3D vision and sensor fusion for environment understanding.
• Autonomy & Planning: motion planning, path planning, probabilistic decision-making and reinforcement learning approaches.
• Embedded Systems & Real-time Programming: microcontrollers, real-time operating systems, interfacing sensors and actuators.
• Software for Robotics: middleware such as ROS, simulation tools, software engineering for embedded and distributed systems.
• Electromechanical Design: actuator selection, drivetrain design, power systems and mechanical integration for robotic platforms.
• Robotics Project or Thesis: an original design, implementation and evaluation effort carried out individually or in teams, often in collaboration with faculty, research labs or industry partners.

Students can tailor study through elective options spanning topics such as medical robotics, aerial robotics, industrial automation, machine learning, computer vision, and human-robot interaction. The curriculum emphasises laboratory work, system integration, and project-based learning.

Entry requirements

Applicants are typically required to hold a bachelor’s degree in engineering, computer science, robotics, applied mathematics or a closely related STEM field. Academic transcripts demonstrating strong preparation in mathematics (calculus, linear algebra), basic programming, and foundational engineering or physics are expected.

Application components ordinarily include a CV or résumé, a statement of purpose outlining research or professional goals, academic transcripts, and letters of recommendation. Some applicants will be invited to discuss their background with faculty. International applicants must satisfy English language proficiency requirements through an approved test or prior education in English where applicable.

While prior hands-on experience with programming, electronics, or mechanical design strengthens an application, the programme also admits motivated candidates who demonstrate strong quantitative aptitude and a clear plan for how the degree will advance their career or research objectives.

Career prospects

Graduates of the MS in Robotics Engineering pursue roles across industries building and deploying robotic systems. Typical job titles include robotics engineer, controls engineer, perception/autonomy engineer, software engineer for robotics, systems integration engineer, and research engineer. Employers span robotics start-ups, industrial automation firms, medical device companies, aerospace and defence contractors, automotive and mobility companies, and research institutions.

The programme also prepares students for doctoral study in robotics, computer science or engineering. Practical project experience and collaboration with faculty and industry partners can lead to direct entry into R&D positions, product development teams, or roles focused on prototyping and testing complex electromechanical systems.

Why study at Worcester Polytechnic Institute

Worcester Polytechnic Institute is known for its project-based approach to engineering education and strong emphasis on applied research. The Robotics Engineering programme leverages dedicated labs and maker facilities where students design, build and test robots as part of substantial coursework and capstone projects.

Students benefit from faculty who are active in robotics research, access to specialised research groups and labs, and frequent collaboration with regional industry and research partners. The institute’s location provides connectivity to a broad technology and manufacturing ecosystem, offering internship and employment opportunities in settings that develop both theoretical understanding and hands-on system engineering skills.

Overall, the programme is suited to learners who want a balance of rigorous theory and intensive practical experience to accelerate careers in robotics, autonomy and related fields.