Process Engineer
Billingham, Teeside
£Competitive plus pension scheme, flexible working options, and company car allowance
The Role:
Due to expansion in our sister company TUV Rheinland Industrial Services (TRIS), they require a Process Engineer to join their engineering team. The Process Engineer will involve supporting process engineering projects from small scale to large scale FEED and detailed design projects, authoring and checking process engineering deliverables, making sure they fully comply with recognized industry and internal engineering standards, whilst also mentoring graduate Engineers.
Who are we:
TÜV Rheinland is a leading provider of technical services worldwide. We provide a broad range of testing, inspection and certification services to ensure the safety, reliability and regulatory compliance of engineering assets throughout their lifecycle.
Job Description
You will: Interact with customers to ensure TUV deliver a solution on time and to high quality. Deliver training courses to external clients (e.g. Pressure Relief). Conduct Product and Process Audits as well as Technical Documentation reviews. Work alongside commercial personnel to create and submit proposals with accurate manhour estimates. You will have: An HNC, HND, BEng, or equivalent in Mechanical Engineering or related field. At least 3 years working experience of process design such as hydraulic sizing and P&ID development. Appreciation of overpressure protective systems, HAZOP & LOPA methodologies.
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You will: Interact with customers to ensure TUV deliver a solution on time and to high quality. Deliver training courses to external clients (e.g. Pressure Relief). Conduct Product and Process Audits as well as Technical Documentation reviews. Work alongside commercial personnel to create and submit proposals with accurate manhour estimates. You will have: An HNC, HND, BEng, or equivalent in Mechanical Engineering or related field. At least 3 years working experience of process design such as hydraulic sizing and P&ID development. Appreciation of overpressure protective systems, HAZOP & LOPA methodologies.
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