We have a vacant oil and gas industry position as Principal Analysis Engineer in Sutton, UK, Europe vacant at Subsea 7 UK. The job opening is in the Engineering and Pipeline department at Subsea 7 Europe where you will be an important team member.
Responsibilities:
1. Provide specialist skills, integrity, and knowledge in key areas of discipline engineering, including design codes, legislative requirements, and current good engineering practice.
2. Understand clients’ needs; identify and address design parameters and problems; develop and implement innovative solutions.
3. Independently evaluate, organise, and prioritise work for self and others.
4. Undertake responsibility for production of deliverables, which may include engineering support to DO, design calculations, specifications, procedures, analyses, progress reports, bid evaluations, study reports, and various 3rd-party submissions.
5. Sign and issue technical documentation as originator, checker, or approver, accepting personal responsibility for its adequacy.
6. Ensure all relevant safety objectives and legal requirements are observed.
7. Actively participate in relevant training and development to pursue continuing professional development.
8. Ensure project fitness-for-purpose, legislative compliance, and adherence to project budget & schedule.
9. Train / mentor more junior engineers.
10. Recognise and accept HSE Roles & Responsibilities as defined in DOC-GL-HSE-001.
Minimum Requirements:
1. Experienced with one or more Pipeline design engineering activities, including pipeline and flowline mechanical design, line sizing, pipeline coatings, insulation systems, cathodic protection design, span analysis.
2. Provide expertise, leadership, and technical excellence in all aspects of dynamic analysis including but not limited to Finite Element Analysis (ANSYS, COSMOS experience preferred), Pipe Stress Analysis (static and dynamic), Pulsation Analysis (Bentley PULS experience preferred), CFD Analysis, surge and water hammer analysis.
3. Development of dynamic mathematical models from first principles.
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