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CAMS is seeking a Senior Project Engineer - Mechanical (Owner's Rep) to serve as the site's mechanical technical authority for high-risk, brownfield capital projects, including Environmental Legacy Generation (ELG) compliance and other major plant upgrades. This role is expected to operate with a high degree of autonomy, taking over an active workload, and providing day-to-day technical leadership from engineering through construction, commissioning, and turnover.

This role ensures that all mechanical engineering, procurement, fabrication, installation, and commissioning activities performed by EPC contractors and vendors meet CAMS' expectations for technical quality, constructability, safety, maintainability, and long-term reliability. The Senior Mechanical Project Engineer is a key integrator-bridging engineering development, construction execution, outage/tie-in planning, commissioning readiness, and ongoing plant operations-while driving timely decisions, clear documentation, and disciplined change control.

This position collaborates closely with Project Managers, Project Controls, Construction Management, Field Implementation Managers, and plant O&M personnel to resolve technical challenges and drive safe, compliant, and efficient project delivery.

Merom Generating Station is a 2-Unit, 1080-MW rated coal-fired power plant.

Essential Duties and Responsibilities

Mechanical Engineering & Technical Oversight

• Review EPC mechanical deliverables for compliance with project scope, specifications, drawings, and governing codes/standards (ASME, API, ASTM, OEM requirements).
• Provide technical oversight for piping systems, pumps, rotating equipment, tanks/vessels, heat exchangers, valves, and balance-of-plant mechanical systems.
• Assess constructability, installation sequencing, operability, access constraints, and long-term maintainability of mechanical designs.
• Ensure mechanical designs align with facility safety requirements, operational philosophies, and reliability expectations.
• Serve as the mechanical discipline lead for assigned capital projects-prioritizing work, coordinating across disciplines, and driving resolution of technical issues that impact safety, schedule, cost, or operability.
• Review and disposition EPC/vendor submittals (shop drawings, fabrication packages, installation procedures, test plans) and RFIs; document technical decisions and maintain traceability to scope, code, and owner requirements.
• Lead mechanical technical governance for field changes (FCNs), nonconformances, and deviations-ensuring impacts are understood, approvals are obtained, and as-built documentation is updated.

Construction, Outage/Tie-In & Field Support

• Partner with Operations and Safety to support LOTO planning, tie-in/outage execution, work window coordination, and safe return-to-service for schedule-critical mechanical scope.
• Work closely with the Project Construction Manager and Field Implementation Managers to resolve mechanical installation issues, field deviations, and constructability concerns.
• Support mechanical inspections, pressure tests, system alignments, equipment setting, and mechanical completion activities.
• Lead commissioning readiness from a mechanical discipline perspective, including systemization boundaries, test package reviews, and turnover planning with Construction and O&M.
• Own mechanical completion and turnover quality: verify test records (e.g., pressure tests), equipment alignment reports, QC documentation, redlines/as-builts, O&M manuals, and punchlist closure to support commissioning and closeout.
• Respond to RFIs, review field-initiated design modifications, and support technical clarifications to maintain project momentum.

Risk, Change Management & Technical Governance

• Identify mechanical engineering risks and develop proactive mitigation plans.
• Support evaluation of mechanical scope changes, deviations, and cost/schedule impacts.
• Enforce adherence to CAMS mechanical engineering standards, procedures, and technical governance frameworks.
• Contribute to claims avoidance through timely technical decisions, structured documentation, and clear design traceability.