The Director of Mechanical Engineering – Valves and Pressure Systems is responsible for leading the engineering strategy, design governance, and lifecycle performance of all critical valves, pressure vessels, piping networks, and associated mechanical systems. This role combines advanced technical leadership with strategic oversight to ensure safety, reliability, compliance, and innovation in pressure boundary systems.
Define and lead engineering standards for valves, piping, and pressure systems across multiple facilities or projects
Ensure mechanical systems comply with global codes (ASME, API, ISO, PED) and internal specifications
Approve technical deviations, material substitutions, and engineering solutions for high-risk equipment
Oversee design review of control valves, pressure vessels, relief devices, and associated pressure parts
Ensure use of robust design methodologies including FEA, CFD, pipe stress analysis, and fatigue life estimation
Drive adoption of new technologies in sealing, actuation, corrosion resistance, and additive manufacturing
Collaborate with asset integrity and reliability teams to monitor mechanical asset health
Approve fitness-for-service (FFS) assessments, repair strategies, and modification plans
Define valve/piping lifecycle extension strategies using RBI and condition monitoring data
Own and update engineering specifications, datasheets, inspection protocols, and failure analysis templates
Lead HAZOP, MOC, and root cause investigations for mechanical system failures
Ensure pressure system risks are identified and mitigated in both design and operations
Act as SME and point of escalation for cross-functional teams during FEED, EPC, or operations phases
Interface with OEMs, certifying bodies, and third-party engineering firms to validate solutions
Support commercial teams with technical input during bid evaluation and vendor qualification
Lead a team of senior mechanical engineers, valve experts, and pressure system specialists
Build succession plans, technical training pathways, and cross-discipline collaboration frameworks
Foster a culture of design integrity, technical excellence, and continuous improvement
✅ Engineering design and specification for valves, pressure vessels, and piping
✅ Regulatory compliance (ASME, API, ISO, PED, TEMA, NACE)
✅ FEA, thermal expansion, stress and vibration analysis
✅ Risk-based engineering and lifecycle management
✅ Innovation in valve and pressure system technologies
Design Software: AutoPIPE, ANSYS, Caesar II, PV Elite, SolidWorks, HTRI
Standards & Codes: ASME BPVC (Sec VIII, IX), API 6D/598/579, ISO 5208, TEMA, NACE MR0175
Advanced Knowledge of:
Severe service valves, cryogenic valves, high-pressure and high-temperature systems
Materials engineering (duplex SS, Inconel, Monel, etc.) for pressure systems
Corrosion analysis, pressure transients, flange design and gasket selection
Familiarity with CMMS/EAM and digital engineering documentation platforms
Strategic thinking with hands-on engineering expertise
Ability to manage complex technical and organizational challenges
Excellent stakeholder communication (operators, vendors, regulatory bodies)
Mentorship, knowledge transfer, and capability building in engineering teams
Primarily office-based with regular visits to manufacturing facilities, project sites, or shutdown events
May involve travel to vendor sites for FATs, audits, and technical resolution
Participation in critical risk reviews, emergency response assessments, and design incident follow-ups