Senior Engineer, Surface

Job Purpose

Responsibilities

• Leads project engineering, new product/technology development, product improvement and product standardization, and product qualification projects depending upon business need.
• Serves as a technical point of contact for assigned project or product scope and serve as a focal point for all communications related to scope.
• Assess project needs and balance them with the product line standardization strategies to reduce project execution risk.
• Develops product design, geometry standards documentation and product qualification requirements.
• Responsible for quality and on-time-delivery of assigned project.
• Creates, review’s part reports, drawings, engineering specifications and standards per customer requirements and industry standards.
• Supports and manage project schedule and deliverables.
• Provides Management with technical assistance and work progress updates as requested.
• Mentors and provides technical guidance to Product Engineers and Designers/Drafters. Works collaboratively to accomplish project tasks. Provides independent review and approval of work packages.
• Provides vendors technical assistance and builds strong working relationships.
• Works to the requirements of industry code related to Surface wellhead systems, TechnipFMC standards and client specifications.
• Adheres to all relevant work instructions and design guidelines, Clearly demonstrates creativity and innovation in finding solutions and alternatives.
• Develops unique solutions for complex technical problems that may include the design of new products/systems or the development of solutions having few or no precedents.
• This is an individual contributor position. The role is responsible for executing activities assigned by the manager, and execute it with the assigned team.

Main Tasks

• Work independently to plan and execute technical deliverables to meet Project requirements & schedule.
• Provide technical leadership and guidance to team of engineers, designers and drafters for assigned project.
• Understand and comply with TechnipFMC HSE & Quality policies.
• Facilitate design reviews.
• Consult with Product Responsible Engineers and Subject Matter Experts globally on equipment designs, materials, quality, and welding related issues.
• Review and approve ECNs for engineering documents including design calculations, part reports, drawings, Master Equipment List, Assembly & Test procedures, etc.
• Work closely with project engineering and supply chain.
• Provide weekly/monthly progress update to project management.
• Participate in technical meetings with regional project engineering teams and customers.
• Facilitate RCAs and provide designs solutions to correct non-conformances while taking into account safety, quality, schedule, and cost.
• Support Quality Notification dispositions and supply chain issues.
• Work closely with product development team and assists in capturing key customer requirements into product standards.
• Provide expert technical support to equipment manufacturing, fabrication, assembly, Factory acceptance test (FAT) and System integration test (SIT) activities.

You are meant for this job if:

Degreed Mechanical Engineer with at least 8 years of Engineering experience in the Surface wellhead systems , reduced to 6-years for Masters/PhD candidates.

Demonstrated experience in supporting engineering for surface projects constrained by safety, quality, delivery, and cost requirements.

Experience in reviewing & approving engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results.

Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, fluid dynamics, heat transfer) is required. Experience conducting design analysis - hoop stress, flexibility, buckling, burst, fatigue, etc.

Work experience must include experience with API 6A, NACE MR 0175. Good to have knowledge for ASME, API 6FA, API 5CT, ASME 31.3 as it relates to surface equipment design and manufacturing.

Exposure to various manufacturing processes - forging, hot and cold extrusion, cladding, HIP, induction bending etc.

Exposure to welding codes and practices - ASME IX and API 1104.

Exposure to NDE codes and practices - UT, PAUT, PT, RT, MPI per ASME V.

Ability to manage the engineering projects within specified schedule and budget. Demonstrated organization and project planning skills.

Accuracy, dependability, ability to manage schedule and prioritize work for self and others in team.

Ability to design complex engineering plans and review design work for systems and products.

Skills