Manager, Metallurgical Engineering

Primary Duties & Responsibilities

• Lead and develop a team of metallurgical engineers
• Oversee metallurgical R&D initiatives including new steel chemistries and product improvements
• Direct failure analysis activities and ensure timely root cause identification
• Review and approve technical reports and test results
• Ensure lab equipment is maintained, calibrated, and operated safely
• Collaborate with cross‑functional teams to resolve technical challenges
• Support heat treatment processes and material property optimization, when required
• Drive continuous improvement initiatives
• Ensure compliance with HSE and QA systems
• Communicate project updates and milestones to leadership

Education & Experience Qualifications

• Bachelor’s degree in Metallurgical Engineering or material science (required)
• Advanced degree preferred
• Professional Engineer in Material Science a plus
• 7–10+ years of relevant experience with prior leadership or supervisory experience

Job Requirements

• Strong knowledge of metallurgical testing, failure analysis, and material properties
• Strong understanding of welding technologies and procedures, including ASM Section IX
• Experience with lab equipment such as SEM, microscopy, hardness, and impact testing
• Understanding of heat treatment processes and steel chemistry development
• Familiarity with non‑destructive testing including wet magnetic inspection, ultrasound, x‑ray, etc.

Behavioral Competencies

• Leadership
• Accountability
• Collaboration
• Continuous improvement mindsetResilience

Technical Competencies

• Metallurgical analysis
• Materials development and testing
• Data analysis and technical reporting
• Strong technical writing and verbal skills
• Knowledge of industry standards (API, NACE, ASTM, ASM)
• Knowledge of metallurgical flaw inspection processes
• Ability to quickly master new software associated with metallurgical instruments and analysis

Facility/Group Specific Responsibilities

• Support Grant Prideco R&D strategy through innovation in materials and product performance
• Partner with operations to transition R&D developments into production
• Drive alignment between R&D, quality, and manufacturing to improve overall product reliability and performance