Autonomous Robotics (Taught)

The information provided on this page was correct at the time of publication (November 2025). For complete and up-to-date information about this course, please visit the relevant University of Oxford course page via www.graduate.ox.ac.uk/ucas.

The MSc in Autonomous Robotics provides a comprehensive mix of theoretical knowledge and practical work in the field of autonomous robotic systems.

The course focuses on designing and developing robots capable of operating independently in real-world environments without human intervention.

It will provide a rigorous blend of research-led teaching and hands-on training, which will enable you to analyse real-world applications of robotics and design integrated autonomous systems. You will explore cutting-edge topics such as AI and machine learning, soft robot fabrication, path planning and motion generation, mapping and state estimation, and the sustainable application of robotics technologies. With access to Oxford's modern lab facilities and strong industry collaborations, you will develop the expertise needed to drive innovation and leadership in robotics research and development.

The course aims for its students to gain:

• proficiency in mathematical and algorithmic reasoning applied to robotic systems;

• the ability to program and deploy robotic systems using industry-standard tools and frameworks;

• practical skills in hardware implementation, simulation, and control of robotic platforms; and

• awareness of the ethical, societal, and environmental impact of robotics technologies.

The course will cultivate the next generation of roboticists, equipping you with the technical knowledge and problem-solving skills required to tackle industry challenges. By maintaining strong engagement with industry partners - such as autonomous vehicle developers, healthcare robotics firms, and AI research institutions - you will gain direct exposure to real-world applications and career opportunities. Industrial collaborations will also enable you to work on practical case studies and contribute to ongoing research projects, further enhancing future employability. Beyond technical expertise, the MSc will address the ethical, societal, and regulatory implications of autonomous systems, ensuring you are well-prepared to navigate the evolving role of robotics in society.

Course structure
The academic year is divided into three eight-week terms, but work on the MSc course continues throughout the year and is not restricted just to term time.

The course consists of six taught core-modules, one hands-on robotics group project that spans two terms and one dissertation for the duration of the third term and summer vacation.

Most modules run for a single term, with all taught components concentrated in the first two terms, leaving the final term for independent research and project work. Each taught module will have associated assignments, classes and some may also include practical lab sessions.

In the first term, you will establish strong foundational knowledge in robotics through core courses in programming, perception, and systems engineering. You will also develop critical reading and research skills through the Robotics Research Review module. Work on the group project also begins in the first term and continues into the second term.

Advanced topics, such as machine learning and autonomous robotic systems, are introduced in the second term to enhance your analytical and problem-solving skills.

The Robotics Project Proposal module strengthens research proposal writing and project planning abilities, in preparation for the final dissertation project.

The MSc dissertation serves as the culmination of your studies, allowing you to apply your knowledge and skills to an in-depth research project in autonomous robotics.