Job Overview:

Weatherford are seeking a talented and motivated Mechanical Engineer to join the Research & Development Engineering team in Aberdeen focusing on Completion Equipment for Oil and Gas.

The successful candidate will be responsible for the mechanical design, development, analysis, testing, and qualification of innovative products and technologies for the energy industry. The role will involve taking engineering concepts from initial design through development, prototyping, laboratory testing, qualification, and ultimately into production and field deployment.

Working as part of a multidisciplinary R&D team, the Mechanical Engineer will collaborate closely with engineers and specialists across mechanical, electrical, electronics, software, manufacturing, materials, and operations disciplines.

This is an excellent opportunity for an engineer who enjoys solving complex engineering problems and wants to see their designs progress from concept through to real-world application in challenging oilfield environments.

Responsibilities:

• Develop innovative mechanical designs for new products, tools, and equipment used in oil and gas applications.
• Translate customer and operational requirements into robust engineering designs and technical specifications.
• Produce detailed 3D CAD models, engineering drawings, assemblies, and design documentation.
• Perform engineering calculations and mechanical analyses to demonstrate design integrity and performance.
• Apply principles of mechanical engineering, including strength of materials, stress analysis, pressure-containing design, fatigue, vibration, thermal effects, tolerancing, and mechanical systems design.
• Support the development of prototypes and experimental hardware from initial concept through to functional testing.
• Plan and execute engineering tests to validate product performance, reliability, and durability.
• Analyse test results and use engineering judgement to identify design improvements.
• Participate in design reviews, technical reviews, and formal design verification and qualification activities.
• Work closely with manufacturing and suppliers to ensure designs are practical, cost-effective, and suitable for manufacture.
• Responsible for the project cost planning and control and project level.
• Responsible for product cost outcomes.
• Responsible for the planning and assessment of cost implications of design changes or new designs, informing projected costs to line management.
• On-time, on-budget delivery for all assigned projects.
• Responsible for reporting of monthly planned vs. actual progress of assigned projects.
• Support failure investigations, root-cause analysis, and corrective design activities.
• Prepare and maintain technical documentation, engineering reports, specifications, and design records.
• Ensure designs comply with applicable company standards, industry standards, regulatory requirements, and customer specifications.
• Consider manufacturability, reliability, maintainability, cost, and field-service requirements throughout the design process.
• Support the transition of successful R&D products into manufacturing and operational environments.
• Provide technical support to manufacturing, field operations, and other engineering functions when required.
• Contribute to continuous improvement of existing products and technologies.
• Maintain awareness of emerging technologies, materials, manufacturing techniques, and engineering practices relevant to the energy industry.
• Work in accordance with Weatherford's safety, quality, environmental, and ethical standards.
• R&D and Product Development.
• The role will have significant involvement throughout the product development lifecycle, including:
  • Concept → Design → Analysis → Prototype → Test → Qualification → Manufacture → Field Deployment.
• The engineer will be expected to demonstrate a practical, hands-on approach to engineering and to combine theoretical knowledge with experimental and problem-solving skills.
• Particular emphasis will be placed on developing equipment capable of operating reliably in demanding oilfield environments, where products may be exposed to high loads, pressure, temperature, vibration, corrosive environments, and repeated mechanical cycling.