Process Instrument Design Engineer in WA1
Job Description
Process/Senior Process Instrument Design Engineer- Nuclear (Contract)\n Warrington (Hybrid - 3 days on site)\n £46-£51/hour (Inside IR35) | Up to £56/hour for Senior Candidates\n 37 hours over 4½ days per week\n\nWe're supporting a key nuclear programme and are looking for a Process Instrument Design Engineer to join the Silos PFCS Supporting Projects E&I design team. This is a fantastic opportunity to work on high-profile, safety-critical projects where your expertise will directly contribute to complex engineering solutions.\n\nThe Role\n You'll be responsible for delivering and checking high-quality design packages, ensuring they meet safety, functional, and business requirements across the project lifecycle.\n You will:\n\nDeliver process instrumentation design from concept through to handover\nSupport and collaborate with multidisciplinary engineering teams\nReview and check design documentation\nProvide technical support to construction and commissioning activities\nMentor and support early career engineers\n Essential Requirements\n\nHND (or equivalent) in a relevant engineering discipline\nIncorporated Engineer (or working towards)\nActive SC Clearance\nMinimum 3 years' experience as a Process Instrument Design Engineer on multidisciplinary projects\nStrong understanding of engineering standards\nExcellent communication skills (written & verbal)\nExperience supporting both construction and commissioning phases\n Desirable Experience\n\n5+ years in Instrument & Safety Design Engineering\nExperience across nuclear or similarly regulated environments (nuclear experience is essential overall)\nKnowledge of: \nProcess Instrumentation\nRadiometric & Special Instruments\nSafety Systems\nFamiliarity with site-specific engineering standards\n Why Apply?\n\nWork on a major nuclear programme with long-term potential\nHybrid flexibility with a strong team environment\nWill considor senior-level rate (£56/hour)\nBe part of a team delivering critical infrastructure safely and efficiently