Mechanical Repair Engineer – Drilling Services About the Role We are looking for a Mechanical Repair Engineer with 6–8+ years of Oil & Gas experience supporting Drilling Services, Wireline, Downhole Tools, or related product lines. The role focuses on developing repair solutions, improving equipment reliability, supporting sustaining engineering activities, and driving continuous improvement initiatives. • Develop 3D CAD models, engineering drawings, BOMs, and technical documentation. • Create repair procedures, work instructions, and engineering specifications. • Evaluate damaged components and recommend appropriate repair methodologies. • Support repair technologies including welding, hardfacing, thermal spray coatings, machining, and surface treatments. • Conduct failure investigations and Root Cause Analysis (RCA). Responsibilities • Improve component reliability, repairability, and lifecycle cost performance. • Collaborate with Engineering, Manufacturing, Quality, Supply Chain, and Field Operations teams. • Maintain engineering documentation within Windchill and applicable PDM systems. • Support supplier qualification, manufacturing reviews, and field investigations. Education • Bachelor's Degree in Mechanical Engineering. Experience • 6–8+ years in Mechanical, Repair, Manufacturing, or Sustaining Engineering within Oil & Gas. • Experience with Drilling Services, Wireline Services, or Downhole Tools preferred. • Strong knowledge of Mechanical Design, GD&T, Engineering Materials, Manufacturing Processes, and DFM principles. Technical Skills • 3D CAD • Engineering Drawings & BOM Management • Product Data Management (PDM) Preferred • Knowledge of API standards and Oil & Gas engineering practices. • Familiarity with ASME Section IX and welding qualifications. • Experience with hardfacing, thermal spray coatings, and surface engineering. • Exposure to FEA and engineering analysis tools. • Autodesk Inventor Experience • Windchill PLM & AutoCAD Success in the Role • Reduced repair turnaround time and service delivery costs. • Improved product reliability and component life. • Standardized repair processes across product lines. • Successful implementation of engineering improvements and repair solutions. • Strong cross-functional collaboration and technical documentation quality.