MSc Robotics

On this one-year, full-time programme students don’t just study theory — they work directly with real robotic hardware, sensors, actuators, machine-vision systems and industry-standard control platforms. The programme is grounded in the vibrant research environment of Sheffield, where the department’s strong ties with industry and its dedicated robotics labs mean that students will spend significant time designing, building, and testing mechatronic systems, robotic manipulators, mobile robots and autonomous systems. With access to the specialist facilities of the university’s robotics research centres, you’ll gain practical proficiency and the confidence to apply that knowledge in real-world scenarios.

Here are the concrete experiential learning components:

• Dedicated robotics labs & facilities: Students access the Sheffield Robotics facilities — including the Robot Foundry, HRI (Human-Robot Interaction) Lab, Motion Capture Lab and soft-robotics labs.
• Industry-standard hardware & automation rigs: The programme uses PLC control cabinets, Mover6 robot arms, industrial robots and automation rigs in the Robotics & Automation Lab.
• Real-mechatronics and control experience: Through modules such as “Manipulator Robotics”, “Machine Vision” and “Mobile Robotics & Autonomous Systems”, you’ll deploy sensors, design actuators, control systems and develop robotics software.
• Individual research/dissertation project: You will undertake a major individual project where you apply your skills to a robotics research or application scenario (design, build, test).
• Team work and industry-links: The course is shaped by strong industry connections; you’ll engage with industrial problems and have access to employer-informed curriculum and briefings.
• Software and tool-based practice: While specific software isn’t always listed, the modules mention programming, simulation, mechatronic system design and data/vision processing — preparing you to use CAD, sensor interfaces, robot control frameworks and vision libraries.
• Cross-disciplinary and emerging tech exposure: You’ll engage with robotic sensing and perception, planning, autonomous systems, machine intelligence and interaction with humans/robots in collaborative environments.

Graduates of the University of Sheffield’s MSc Robotics are equipped with the advanced technical and analytical skills needed to design, develop, and deploy intelligent robotic systems. They are well suited for positions such as robotics engineer, autonomous systems developer, embedded systems project lead, and research and development specialist. The programme combines world-class research expertise with hands-on industry engagement, preparing students for success in a rapidly expanding global field.

Progression & Future Opportunities:

• University employment support services:
  The University of Sheffield’s Careers and Employability Service provides one-to-one career guidance, employer networking events, and access to dedicated job portals for engineering graduates. Within the Department of Electrical and Electronic Engineering, students benefit from mentoring by industry professionals, guest lectures, and collaboration opportunities with leading employers.

• Employment outcomes and industry links:
  Graduates have progressed to roles at organisations such as Intel, HP, BYD, Huawei, MathWorks, and TikTok, working in software development, systems integration, and project engineering.
  Although specific salary data for this programme is not published, robotics and automation engineers in the UK typically earn between £28,000 and £35,000 per year at entry level, with significant growth potential as experience increases.

• University–industry partnerships and research strength:
  The department is closely connected with Sheffield Robotics, one of the UK’s largest multi-disciplinary robotics research centres, which drives innovation across autonomous systems, industrial robotics, and human-robot interaction. Students gain access to cutting-edge robotics labs and projects designed in collaboration with industry partners.

• Accreditation and long-term professional value:
  The MSc is accredited by the Institution of Engineering and Technology (IET) and the Institute of Measurement and Control (InstMC), meeting the academic requirements for Chartered Engineer (CEng) registration. This accreditation ensures the qualification remains valuable for long-term professional recognition both in the UK and internationally.

• Graduate outcomes:
  Graduates emerge with deep expertise in robotic sensing, perception, planning, control, and system integration, as well as strong project and research experience. They are highly sought after in sectors such as aerospace, manufacturing automation, autonomous vehicles, medical robotics, and smart systems.

Further Academic Progression:
After completing the MSc, graduates may choose to pursue a PhD in Robotics, Autonomous Systems, or Artificial Intelligence for Robotics, taking advantage of Sheffield’s extensive research infrastructure. Others may opt for specialised postgraduate certifications in areas like machine learning, space robotics, or biomedical robotics, or continue along the professional route toward Chartered Engineer (CEng) status through the IET and InstMC.