Lead Process Design Engineers Power Generation (400 MW Simple Cycle / EPC)

Excellent pay, mobilization, and per diem offered. We are seeking a Lead Process Engineer to support the design and execution of 400 MW-class simple-cycle power generation projects within an EPC environment. This role is responsible for defining plant performance, developing process systems, and ensuring seamless integration with mechanical, civil/structural, and electrical disciplines.

This position combines detailed engineering design with construction and commissioning support to ensure systems are efficient, reliable, and field-proven.

Key Responsibilities
Develop and own process design basis and system philosophy
Create and review PFDs, P&IDs, and heat & mass balances
Define equipment sizing and specifications (pumps, valves, heat exchangers, fuel systems)
Perform process calculations (efficiency, heat rate, flow rates, pressures, temperatures)
Coordinate across mechanical, electrical, and civil/structural disciplines
Support HAZOPs, design reviews, and safety evaluations
Provide construction and commissioning support including troubleshooting and startup tuning

Required Experience
Bachelor's in Engineering
8+ years in process engineering within power generation or heavy industrial EPC environments
Strong understanding of gas turbine systems and balance of plant (BOP)
Experience in EPC or design-build project execution
Hands-on involvement in detailed design and field support/commissioning
Familiarity with applicable industry standards and practices

Leadership & Practical Judgment
Ability to mentor junior engineers and designers
Strong systems thinking and cross-discipline awareness
Makes sound engineering decisions under pressure
Balances performance, reliability, cost, and schedule
Communicates effectively with both technical teams and field crews

Ideal Candidate Profile
Experience with large-scale turbine or industrial process systems
Comfortable owning full process scope from design through startup
Field experience with an understanding of real-world execution
Thrives in fast-paced EPC environments