MEP Engineer

Who We Are:

Atlas Energy Solutions Inc. (NYSE: AESI) is a leading solutions provider to the energy industry. Atlas’ portfolio of offerings includes oilfield logistics, distributed power systems, and the largest proppant supply network in the Permian Basin. With a focus on leveraging technology, automation, and remote operations to enhance efficiencies, Atlas is centered around a core mission of improving human beings’ access to hydrocarbons that power our lives and, by doing so, maximizing value creation for our shareholders.

The Role:

The Staff MEP Engineer serves as the senior mechanical, electrical, plumbing technical authority for the power generation and microgrid portfolio and provides technical leadership to all mechanical engineers on the team. This role owns mechanical system architecture, engineering governance, and complex technical decision-making for engine-based power plants, spanning fuel gas systems, heat rejection, lubrication, starting air, exhaust and emissions interfaces, and building mechanical systems. The Staff MEP Engineer defines scalable, repeatable mechanical solutions across a multi-project portfolio, establishes and enforces engineering standards, and resolves high-risk technical challenges affecting plant performance, reliability, and schedule.

 Responsibilities

• Lead and direct the mechanical,engineering,plumbing engineering team: assign and review work, set technical priorities, establish checking discipline, and develop engineers across concurrent projects.
• Serve as Subject Matter Expert for mechanical balance of plant on reciprocating engine power generation, including fuel gas systems, cooling water circuits, lube oil, compressed and starting air, exhaust, and emissions equipment interfaces.
• Define and approve mechanical system architectures, equipment arrangements, and plot plans for modular, scalable power plants.
• Lead and approve P&IDs, piping and equipment specifications, line and equipment lists, and issue-for-construction mechanical packages.
• Author, approve, and maintain corporate mechanical standards, specifications, and design guidelines, driving standardization across the portfolio.
• Direct mechanical system studies, including fuel gas hydraulics and pressure regulation, cooling hydraulics and heat rejection, exhaust backpressure, pipe stress, relief and vent design, ventilation and combustion air, and utility consumption.
• Own building mechanical scope for engine halls and electrical buildings, including ventilation, HVAC, and fire protection interfaces.
• Establish the mechanical basis of design for each project, including site ambient and altitude effects on equipment rating and performance.