PhD in Intelligent Safe Environments for Robotic and Autonomous Systems in the Nuclear Industry

About the role

The PhD project aims to develop technologies, methodologies, and assurance frameworks to enable humans and robotic systems to operate safely, efficiently, and collaboratively within a shared nuclear environment.

Responsibilities

• Develop novel technologies enabling safe human-robot collaboration
• Create new safety and assurance methodologies for nuclear robotics
• Support regulatory acceptance through established frameworks
• Demonstrate operational capabilities within representative nuclear environments
• Enhance workforce safety and reduce radiological exposure for operators
• Increase operational efficiency across various nuclear facilities

Requirements

• A first degree classified at 1st (or equivalent) in Robotics and AI or a closely related subject
• An MSc in robotics or a related area is highly desirable

Qualifications

The successful applicant should have a strong academic background in robotics and AI, with a clear interest in nuclear engineering and safety.

Skills

• Strong programming skills in Python, MATLAB, or similar languages
• Experience with robotics and autonomous systems
• Knowledge of nuclear safety regulations and standards
• Ability to work independently and as part of a team

Benefits

The PhD offers full funding covering tuition fees and a stipend for living expenses. It also provides opportunities for professional development and networking within the nuclear industry.

Pay

The stipend for the PhD is £17,668 per annum.

Schedule

The PhD is a full-time position with a duration of 3 years.