Project Engineer III – Gas Turbine

 

Company Overview

At Mitsubishi Power, we're not just building better clean energy technologies; we're architecting a better future. Our team is boldly redefining power generation to accelerate the world's energy transition. We operate as one team, pushing toward our vision of the future. We value problem solvers, prioritize collaboration, and support each other in an inclusive culture built on accountability and authenticity by demonstrating our values: Safety, Family, Innovative, Inclusive, Accountable & Courageous. Together, we’re building the future we all aspire to - making net zero a reality.

 

Role Overview

The GT Project Engineer leads the engineering and design team, assuming overall responsibility for successful technical project execution. The GT Project Engineer acts as a liaison between the engineering team, project management and the customer with the responsibility for integrating the various engineering, scheduling, and purchasing aspect of the project in accordance with contract obligations. Familiarity with gas turbine and gas turbine auxiliaries design and construction is required (mechanical, electrical, and I&C). Familiarity with Steam turbine, Generator, and BOP design and construction is desirable.

Key Responsibilities

• Demonstrates our core competencies: Action oriented, change champion, customer-focused, developing self & others, and ownership
• Serve as the primary technical point of contact for EPC partners, Owner’s Engineers, and Customers, interpreting and integrating design requirements from the customer or parent company in accordance with contract specifications.
• Lead planning, setup, and oversight of project engineering systems, including kickoffs, MDLs, DORs, contract deviation lists, and inter‑disciplinary workflows; coordinate engineering activities and resolve cross‑discipline issues.
• Translate contract requirements and scope of work into actionable engineering deliverables for discipline teams, ensuring contractual alignment.
• Monitor engineering schedules, budgets, and estimates through project completion, including periodic execution reviews, two‑week look‑ahead planning, expediting activities, escalation of action items, and preparation of technical status reports.
• Support Project Managers and Lead Project Engineers in tracking design changes, specification updates, ECNs, and contract deviations, including assessment of schedule, cost, and technical impacts.
• Conduct regular coordination meetings with international affiliated companies to support effective project execution and alignment.
• Review and comment on project documents and drawings to ensure compliance with contractual document flow and technical requirements.
• Support equipment specification, bid evaluation, vendor selection, and capacity assessments for MPWA‑sourced equipment on Gas Turbine and Combined Cycle projects.
• Maintain working knowledge of applicable engineering codes and standards for combustion turbines and auxiliary equipment, including ASME, ANSI, AWS, API, ASTM, NFPA, and NEC.
• Collaborate with Global Sourcing, Quality Assurance, and Project Management to coordinate vendors and subcontractors throughout project execution.
• Support Application Engineering in reviewing and evaluating customer specifications in coordination with the parent company, as required.
• Demonstrate strong multitasking and multidisciplinary communication skills across engineering, sourcing, and project teams.

Requirements

• Bachelor’s degree in Engineering required; Master’s Degree in Engineering preferred.
• 8+ years of directly related technical experience in engineering or power project execution.
• Professional Engineer (P.E.) license preferred.
• Experience with SP3D and other 3D design tools such as SmartPlant or PDMS.
• Knowledge of ISO procedures and OSHA safety requirements.
• International business experience, including collaboration with global teams.
• Proficiency with project management and office tools, including MS Project, Excel, Word, Outlook, Visio, and technical diagrams/flowcharts.
• Strong technical interpretation skills, with the ability to analyze complex instructions presented in mathematical or diagrammatic form and manage both abstract a