Worcester Polytechnic Institute

What you'll study

This master's programme develops core competencies across mechanical, electrical and software aspects of robotic systems. Typical modules cover robot kinematics and dynamics, control systems, embedded and real‑time systems, sensor integration, perception and computer vision, machine learning for robotics, path planning and autonomous navigation, and human–robot interaction. Students also work with Robot Operating System (ROS), simulation tools and hardware interfaces to apply theory to realistic systems.

The curriculum combines required core courses with a selection of electives and a significant culminating experience. Many students complete a substantial project — such as a master’s project, practicum or capstone — that emphasises system integration, experimental validation and documentation. Project topics often include mobile robots, manipulator control, SLAM and mapping, perception pipelines, or robotics applications in manufacturing, healthcare and logistics.

Entry requirements

Applicants are typically expected to hold a bachelor’s degree in engineering, computer science, mathematics, physics or a closely related discipline. Admissions assess academic transcripts, a CV or résumé, a personal statement outlining professional goals and prior experience, and references. Applicants who lack specific prerequisites may be required to complete preparatory coursework in calculus, linear algebra, programming (such as Python or C/C++), and fundamentals of circuits or mechanics.

WPI evaluates applicants holistically; professional experience in robotics, embedded systems, controls or software development is advantageous. Standardised tests are not always required — applicants should check current programme guidance and contact admissions if unsure about eligibility.

Career prospects

Graduates from a robotics engineering master’s commonly move into roles designing, implementing and testing robotic systems. Typical job titles include robotics engineer, controls engineer, perception engineer, software engineer for autonomy, systems integration engineer and research engineer. Employers span robotics start‑ups, automotive and aerospace companies, industrial automation and manufacturing firms, logistics and warehouse automation providers, medical device and rehabilitation technology companies, and research institutes.

The programme also provides a pathway into doctoral study for those interested in advanced research in areas such as machine perception, human–robot interaction or autonomous control.

Why study at Worcester Polytechnic Institute

Worcester Polytechnic Institute is known for its project‑based learning model, which emphasises application and hands‑on development — an approach that aligns closely with the multidisciplinary nature of robotics. The online offering leverages WPI’s engineering strengths and faculty expertise to deliver practice‑oriented coursework and substantial team or individual projects.

Online students benefit from access to WPI academic resources, faculty with robotics and systems experience, and career support services geared to engineering professionals. The flexible format is designed for working practitioners who need to balance study with employment while gaining immediately applicable skills for advancing in robotics and autonomous systems.