Rolls-Royce SMR
Martin Bailey is a skilled engineering professional currently serving as the Simulation and Modelling Lead for Controls at Rolls-Royce SMR since September 2022. With a robust background at Rolls-Royce spanning over 16 years, Martin has held various key roles, including Systems Team Leader for control systems on the UltraFan project and several leadership positions in NPI controls for notable engines such as Trent 1000 and Trent XWB. Prior experience includes project engineering at RPC Group Plc and an engineering technician role with National Grid as part of the Royal Academy of Engineers Year in Industry scheme. Martin holds a Postgraduate Certificate in Materials for Industry from Loughborough University and a BEng (Hons) in General Engineering from the University of Leicester.
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Rolls-Royce SMR
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Climate change and its consequences are one of the greatest challenges ever to face mankind. The global challenge around decarbonisation is huge. At Rolls-Royce SMR, our vision is simple – we want to provide clean, affordable energy for all. A new approach to delivering nuclear power Our Small Modular Reactor is an integrated power station, that takes well understood, existing nuclear technology and applies a factory-based philosophy to its fabrication and assembly. This repeatable, standardised approach generates huge efficiency gains to make it a commoditised product that is affordable, repeatable, deliverable and investable on a global scale, providing cheaper and more flexible electricity to form part of a future balanced, clean energy mix. When fully operational the Rolls-Royce SMR programme will create 40,000 regional UK jobs by 2050 and generate £52bn in economic benefit, with a forecast to target £250bn in global exports for the UK. Join us and help to provide clean, affordable energy for all