Mechanical Engineer -Thermal

Vertiv

Delaware, OH

Full Time

Posted October 20, 2026

$90k - $134k· Est.

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Listing evidence and provenance

Source: Oracle Cloud HCM View original listing
Freshness: Open in the current public read path; this is not an employer guarantee.Last observed October 21, 2026
Classification: Modern power-system classification not yet published for this listing.Legacy source industry field: Not Specified
Pay provenance: Estimated benchmark; not employer-provided

Job Description

The Mechanical Engineer – Thermal will work within Vertiv’s global new product development team to design critical infrastructure products for next-generation data centers.

Key Responsibilities

Data centers are evolving rapidly as AI, high-density compute, and sustainability demands push thermal infrastructure beyond traditional designs. In this role, you will work on the products and designs that help customers deploy mission-critical infrastructure at megawatt scale with speed and efficiency. You will collaborate with manufacturing, product management, suppliers, and customer-facing teams to turn early concepts into practical product solutions.
Develop conceptual, detailed, and production-ready thermal designs for new data center infrastructure products and platforms.
Translate customer requirements, product roadmaps, and business needs into engineering requirements, system architectures, and practical design solutions.
Design and integrate liquid cooling, HVAC, heat rejection, airflow management, and other mechanical subsystems into complete data center infrastructure solutions.
Perform thermal, fluid, airflow, energy, and component selection calculations to guide product decisions and validate design performance.
Create BIM/3D models, drawings, schematics, specifications, bills of material, and release documentation for prototypes, production release, and customer-facing deliverables.
Drive prototype learning, CFD and fluid-network modeling coordination, laboratory testing, design verification, and corrective actions.
Collaborate with electrical, controls, structural, manufacturing, procurement, quality, service, product management, and sales teams to deliver integrated and scalable product solutions.
Support supplier selection, component sourcing, technical bid evaluation, and manufacturability reviews for critical mechanical and thermal components.
Provide production and field support during prototype builds, factory integration, testing, customer projects, and R&D activities.
Lead and participate in design reviews, technical tradeoff discussions, and stakeholder presentations.
Research emerging data center cooling technologies, construction methods, and infrastructure architectures to influence future product direction.
This role is well suited for an engineer who enjoys solving open-ended technical problems, learning emerging cooling technologies, working hands-on with prototypes, and translating analysis into products that can be manufactured and deployed at speed and scale for mission-critical customers.

Requirements

Bachelor’s degree in Mechanical Engineering or a related engineering discipline; advanced degree preferred.
3–5 years of relevant engineering experience in product development, data center infrastructure, HVAC systems, thermal systems, modular infrastructure, or mission-critical facilities.
Strong understanding of thermodynamics, heat transfer, fluid mechanics, refrigeration cycles, airflow management, and mechanical component selection.
Experience developing engineering drawings, 3D models, mechanical assemblies, schematics, specifications, BOMs, and release documentation.
Proficiency with BIM/CAD tools such as Revit, Inventor, AutoCAD, Creo, SolidWorks, or similar platforms.
Experience working with suppliers, manufacturing teams, quality teams, and cross-functional engineering groups to launch new products or complex engineered systems.
Strong communication, problem-solving, innovation, curiosity, and technical decision-making skills.
Ability to work independently, manage multiple priorities, and make sound engineering tradeoffs in a fast-paced product development environment.
Travel up to 15–25% may be required to support supplier reviews, prototype builds, factory integration, customer project support, and R&D activities.
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