Mechanical Utilities, BTM R&D
Design and engineer mechanical utilities including fuel gas, water, compressed air, and balance-of-plant systems for behind-the-meter power generation plants supporting AI compute infrastructure. Requires experience with utility systems for power generation or heavy industry, fuel gas design, and EPC package review.
About the job
Responsibilities
- Engineer mechanical utilities for behind-the-meter plants: fuel gas, water, compressed air, and balance-of-plant systems.
- Design the balance of plant generation: sized, routed, and specified for fast build and long life.
- Integrate utilities across the campus: generation, data center, and site systems as one mechanical design.
- Own vendor and EPC interfaces for utility scope: packages reviewed, gaps caught, field questions answered.
Requirements
- Engineered balance-of-plant or utility systems for power generation or heavy industry.
- Designed fuel gas systems and know the codes that govern them.
- Integrated packaged equipment into functioning plant.
- Catch interface gaps on paper: tie-ins, capacities, and controls.
- Review EPC packages critically.
Nice-to-Haves
- Gas turbine or recip plant BOP.
- NFPA 54 and 56 depth.
- Water systems.
- Compressed air and nitrogen systems.
Skills
Mechanical Engineering, Balance Of Plant, Fuel Gas Systems, Nfpa 54, Nfpa 56, Epc Packages, Packaged Equipment Integration, Water Systems, Compressed Air Systems, Gas Turbine, Reciprocating Engines
Similar jobs
Hardware Engineering jobsLeads RF and cellular hardware integration for autonomous drone products, covering wireless architecture, coexistence, validation, certification, and production. Requires an advanced electrical engineering degree, 7+ years of complex RF product experience, and deep LTE/cellular expertise.
Own geotechnical engineering for 50GW+ data center development: lead subsurface investigations, interpret data for foundation and ground improvement decisions, perform fatal-flaw site screening, and coordinate with structural/civil/environmental teams across multiple states.
Own the architecture and deployment of dense, liquid-cooled rack-scale AI compute products while leading electrical, mechanical, thermal, and integration engineers. The role requires 10+ years of rack-scale systems architecture experience and a record of shipping NVL-class or equivalent products.
Leads architecture, modeling, protection, and safety-case development for MVDC distribution systems powering gigawatt-scale AI campuses. Requires 12+ years in power systems or power electronics, direct MVDC/HVDC design experience, EMT simulation expertise, and technical team leadership.
Leads end-to-end architecture and hardware development for medium-voltage solid-state transformers supporting gigawatt-scale AI data centers. Requires 15+ years in power conversion, megawatt-scale converter experience, semiconductor strategy expertise, and leadership from architecture through working prototypes.