Surface Tree & Wellhead Engineer

• Brunel have a great opportunity for a Surface Tree and Wellhead
  Engineer to work for one of our major operators
• Start
  date: ASAP;
• Location: Aberdeen, Scotland
• Duration: 18 Months.

What you Will be Doing:

• The Engineer will be responsible for managing rig interfaces,
  equipment handling, clash checks, etc. As part of any rig start‐up they will
  organise and compile accurate rig survey reports, make recommendations and
  manage the implementation of any modifications and enhancements for equipment
  as required;
• The Engineer will provide technical and cost estimation input
  where necessary with respect to surface wellheads and trees. They will ensure
  compliance with our clients and industry standards for surface wellhead and
  tree scopes. Further they will provide input and review Drilling, Completion,
  and Intervention and Abandonment programs adopting standardisation where
  possible. They will review, advise of changes required and approve finalised
  supplier Operations and Maintenance manuals;
• The
  Engineer will develop and agree SIT Plans and Procedures for all Wellhead and
  Xmas Tree systems such that the test programme delivers technical integrity
  assurance of all system interfaces prior to shipment for installation. The
  Engineer will maintain the SIT master schedule and consult with other
  departments and disciplines within Shell to ensure all aspects of SIT are
  satisfied, such as scheduling of 3rd party equipment to meet project
  requirements. They will review quotes and request for POs to be raised for SIT
  related activities.

What we Need to see in you:

• The role involves stakeholders internal and external to the
  department;
• This will require strong stakeholder management skills, familiarity
  with working across disciplines and proven technical experience;
• The
  incumbent will have extensive experience and knowledge of surface Tree and
  Wellhead systems and will have experience in similar roles;
• Experience with either TFMC or Cameron
  surface systems is strongly preferred.