Mechanical Engineer, System Integration

AtmosZero•Loveland, CO

8d•$110,000 - $165,000•Onsite

About The Position

AtmosZero is developing Boiler 2.0, a modular industrial heat pump that produces steam from electricity and air. The Mechanical Engineer, System Integration owns the mechanical integration details needed to turn individual components into a repeatable product, packaging first-of-a-kind 1 MW hardware into an integrated system that can be fabricated, shipped, installed, serviced, and built again. This is an onsite role in Loveland, Colorado, reporting to the VP, Engineering. The role owns mechanical integration and packaging of the complete system, including layouts, skids, piping, structures, supports, enclosures, lifting, shipping, installation, and service access. It integrates multidisciplinary equipment and produces controlled assemblies, routing, drawings, BOMs, interface definitions, and supplier-ready design packages. The engineer supports suppliers and fabricators through design review, fabrication, receiving, assembly, integration, and test, and resolves packaging and build issues with cross-functional teams. The position applies design-for-manufacturing and assembly (DFMA), modularization, packaging optimization, component standardization, and configurable-design methods. It also turns Unit 1 build and test learning into repeatable designs for Unit 2 and later systems, and supports lifting, transport, installation, commissioning, and field-service planning. Success measures include understanding the package architecture and owning a defined integration work package within 90 days; releasing layouts and drawings, resolving hardware build issues, and closing ECOs by six months; and delivering a validated packaging or modularization improvement for Unit 2 or a later production design by twelve months.

Requirements

Bachelor's degree in mechanical engineering or a related discipline, with experience appropriate to the level at which hired.
Strong fundamentals in equipment layout, piping, structures, supports, tolerances, thermal growth, load paths, lifting, and serviceability.
Experience integrating multidisciplinary industrial hardware from layout through detailed design, release, fabrication, assembly, and test.
Experience developing large 3D assemblies and production-quality drawings in SolidWorks or a comparable CAD/PDM environment.
Ability to create and review specifications, BOMs, drawings, interface definitions, calculations, ECOs, and design-review records.
Ability to work directly with fabricators, suppliers, technicians, and cross-functional engineering teams in a fast-moving hardware environment.

Nice To Haves

Experience with process skids, packaged industrial equipment, HVAC or refrigeration equipment, industrial heat pumps, pressure equipment, process piping, or comparable integrated hardware.
Deep SolidWorks experience with large assemblies, configurations, weldments, routing, drawings, BOMs, and PDM-controlled release.
Working knowledge of ASME B31 piping requirements, structural design, welding, fabrication, GD&T, or piping-stress analysis.
Experience with DFMA, product modularization, configurable designs, value engineering, new-product introduction, or field installation.

Responsibilities

Own mechanical integration and packaging of the complete 1 MW system, including equipment layouts, skids, process piping, structures, supports, enclosures, lifting, shipping, installation, and service access.
Integrate heat exchangers, compressors, pumps, valves, electrical and controls hardware, and supporting equipment into controlled system layouts.
Develop and release 3D assemblies, routing, drawings, BOMs, interface definitions, and supplier-ready design packages.
Support suppliers and fabricators through design review, fabrication, receiving, assembly, integration, and test.
Resolve packaging and build issues with technicians, manufacturing, supply chain, process, controls, and test teams; drive ECOs and drawing updates to closure.
Apply DFMA, modularization, packaging optimization, component standardization, and configurable-design methods.
Translate Unit 1 build and test learning into repeatable designs for Unit 2 and later systems.
Support lifting, transport, installation, commissioning, and field-service planning for packaged equipment.