Senior Mechanical Engineer - Gas Generation

Senior Mechanical Engineer - Gas Generation

Tract Capital adopts a unique approach to digital infrastructure investment. Leveraging experience and strategic insights honed over three decades of creating successful companies in the space, we excel in nurturing and advancing leading‑edge digital infrastructure enterprises. Our team of specialized experts are united by a singular purpose: to support the growth of digital infrastructure. Tract Capital goes beyond simple investment by acting as a strategic partner and catalyst for innovation within the sector.

We ensure our engagements not only generate strong financial results but also develop essential digital infrastructure to meet growing demands. Tract Capital has introduced two digital infrastructure strategies. The first is a horizontal powered land strategy focused on creating master planned data center campuses called Tract. The second is the mega‑campus vertical development strategy called Fleet Data Centers.

Senior Mechanical Engineer - Gas Generation owns mechanical and fuel‑gas discipline design for our behind‑the‑meter (BTM) generation solutions. This role develops the mechanical Basis of Design (BOD), leads vendor integration for balance‑of‑plant systems, and drives alignment with gas utilities to ensure safe, compliant, and scalable fuel delivery for mega‑scale deployments.

• Own mechanical and fuel‑gas discipline design scope for BTM generation solutions, including Reciprocating Gas Engine (RICE), Turbine design, Fuel Cell design, and fuel‑gas supply, pressure regulation, metering, filtration, exhaust, ventilation, and cooling interfaces as applicable.
• Develop and maintain the mechanical/gas Basis of Design (BOD), design standards, and typical details to enable repeatable deployments.
• Coordinate with gas utilities and service providers on capacity, pressure, metering, odorization, and interconnection requirements; support utility reviews and field readiness.
• Lead balance‑of‑plant vendor coordination (gas skids, piping, valves, regulators, exhaust systems, emissions‑related hardware); ensure compliance to Fleet standards and codes.
• Support hazard reviews (e.g., HAZOP/What‑If), safety design (gas detection, ventilation, separation distances), and emergency response expectations.
• Define commissioning and acceptance requirements for mechanical/gas scope; support start‑up, troubleshooting, and performance validation.
• Partner with EHS and environmental specialists on permitting and compliance considerations impacting mechanical and fuel systems.
• Support lifecycle planning and maintainability: access, isolation points, spares strategy inputs, and documentation quality for turnover to Operations.

• Bachelor’s degree in Mechanical Engineering, Chemical Engineering, or related discipline.
• 8+ years in mechanical/gas systems engineering for industrial power generation, energy infrastructure, or mission‑critical facilities.

• Extensive hands‑on experience designing mechanical and fuel‑gas systems for gas‑fired generation (RICE, turbines, fuel cells) including regulation, metering, filtration, exhaust, and cooling.
• Proven ability to develop and maintain mechanical/fuel‑gas Basis of Design (BOD), standards, and typical details that support repeatable, multi‑site deployments.
• Demonstrated experience coordinating with gas utilities and service providers on capacity, pressure, metering, odorization, and interconnection requirements.
• Track record leading balance‑of‑plant vendor integration (gas skids, piping, valves, regulators, exhaust systems, emissions‑related hardware) to meet codes and internal standards.
• Experience supporting hazard reviews, safety design, commissioning, and lifecycle planning for mechanical/gas systems, including start‑up, troubleshooting, and turnover to Operations.

• Experience with natural gas utility interconnections and large‑load fuel supply planning.
• Working knowledge of relevant codes/standards (e.g., NFPA 54, ASME piping, applicable local codes).
• Experience with emissions‑related systems and interfaces (oxidation catalysts, SCR where applicable,…