Subsea Instrumentation Engineer

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Job DescriptionSubsea Operations Controls Engineer is responsible for validating and confirming that the key Subsea Production Control, Pressure Protection and Instruments meet the Design Intent as described in the Engineering Design and Development, the various System Operating Guidelines and as translated in to the detailed Operating, Maintaining, Testing, Surveillance and Intervention Processes and Procedures.Serve as Operations interface point for project subsea controls and instrument hardware.Advise and check the operational aspects of the project functional specifications for SPCS and incorporated hardware.Provide technical support and monitoring during manufacturing, fabrication, assembly, testing and installation of subsea controls equipment and instrumentation to ensure delivery is in-line with Operations goals and objectives.Advise and check the operational match of the control system(s) to well, flowline and field operability and flow assurance, integrating all operational modes with interlocks, pre-requisites, permissives and alarms as displayed on the control system screens for the executive, monitoring and advisory functions including the Flow Assurance Management System (FAMS)Assist with project planning and procedures for controls, hardware and systems post-delivery.Assist with environmental issues relating to control fluid discharges during the life of field.Assist with the capture and transfer of lessons learnt and best practices from other subsea projects and industry relevant to the subsea controls scope.Deliver and promote strong HSE performance and uphold the company Code of Conduct. Develop a relationship and dialogue with the project Engineering, Global Subsea Hardware (GSH), Installation and Commissioning teams to understand and influence the detail of continuity from design to successful start up and the ongoing operation of the field. This will include developing an intimate understanding and insight of the complex operational aspects of:the topside located subsea hardware (SPCU, SDPU, HPU, MVP, TUTUs) etc,all chemical, hydraulic and electrical distribution to the Subsea Production Systems, specifically, trees, manifolds, jumpers and spools,all supplementary installed subsea instrumentationall flowlines and export pipelines including SSIVs,all Fibre Optic Cable (FOC) tie-ins and connections,any Direct Electrical Heating (DEH) effects on control technologythe control system planned and unplanned maintenance and intervention, including sparing