Mechanical Engineer, Power Generation Containerization

BH Job
-4872-1

SF Job Req

Mechanical Engineer, Power Generation Containerization

Sidney, OH

Imagine a company with technology leadership of over 160 years, yet it operates with the energy of a startup. Ingersoll Rand has dedicated itself to Making Life Better for its employees, customers, shareholders, and planets. We produce innovative and mission-critical flow creation and life science technologies - from compressors to precision handling of liquids, gasses, and powers - to increase industrial productivity, efficiency, and sustainability.

Supported by over 80+ brands, our products are used in various end-markets including life sciences, food and beverage, clean energy, industrial manufacturing, infrastructure, and more. Across the globe, we're driving growth with an entrepreneurial spirit and ownership mindset. Learn more at  and join us to own your future.

Help build the next generation of mission-critical power in a true ground-floor opportunity. The Mechanical Engineer - Power Generation Containerization will help design and launch a new line of large-scale, containerized power generation solutions supporting mission-critical data centers. Ingersoll Rand is building a new data center power generation vertical, and this engineer will help shape the mechanical architecture, product platform, and manufacturing strategy behind it.

The role will translate existing product knowledge from Ingersoll Rand's acquired Australian business and North American partners into in-house designs that can be manufactured efficiently and at scale in Sidney, Ohio. The Mechanical Engineer will own key aspects of the mechanical design and integration of these large generator systems, including structural assemblies, enclosures, cooling systems, fuel and base tanks, equipment layouts, and overall mechanical packaging.

These are complex systems built around large diesel engines, alternators, radiators, fuel systems, controls, and serviceable layouts designed to provide critical backup power where uptime and cooling continuity are essential. As an early member of this growing technical team, the engineer will have meaningful hands-on ownership from concept and CAD design through manufacturing readiness and commercialization. The role will work closely with electrical engineering, applications engineering, manufacturing, sourcing, project management, sales, and the Sidney plant to ensure solutions meet both customer requirements and manufacturing needs.

The ideal candidate brings mechanical design experience in power generation, large industrial equipment, modular systems, or complex packaged equipment. Experience with generator packaging or containerization, large diesel generators, 2MW+ systems, cooling systems, fuel tanks, enclosures, or applicable UL requirements is especially valuable. For an engineer who wants to do more than support an established product line, this is an opportunity to help build one from the ground up-with significant technical ownership, strong company investment, and meaningful growth potential.

• Design containerized and modular power generation solutions for data center backup and prime power applications.
• Develop 3D models, detailed drawings, assemblies, fabrication packages, and engineering documentation using CAD software.
• Design and integrate:
  • Generator enclosures and power modules
  • ISO container-based power systems
  • Structural support systems and equipment skids
  • Fuel storage and fuel delivery systems
  • Air intake and exhaust systems
  • Ventilation and cooling systems
  • Acoustic attenuation systems
  • Fire protection interfaces
  • Service access and maintenance provisions
• Perform engineering calculations related to structural integrity, airflow, cooling performance, vibration, noise attenuation, and equipment support.

• Design power generation enclosures and modules to support mission-critical data center applications.
• Ensure equipment layouts support uptime, maintainability, safe operations, and rapid serviceability.
• Collaborate with customers and internal teams to develop custom solutions that meet data center site constraints and operational requirements.
• Support designs for N, N+1, and 2N redundancy architectures.
• Evaluate and optimize designs for deployment within hyperscale and colocation environments.

• Develop cooling and ventilation solutions for high-performance generator systems.
• Perform airflow analysis and thermal assessments to ensure proper equipment operation across varying environmental conditions.
• Support integration of HVAC equipment, engine cooling packages, and auxiliary thermal management systems.
• Identify opportunities to improve cooling efficiency and reduce energy consumption.

• Support development of standardized containerized power generation platforms.
• Drive design improvements focused on reliability, manufacturability, quality, cost, and…