Lead Thermal Engineer - Data Center Cooling

Vertiv Group Corporation; Pelzer (SC); On-site; USD 95,000 - 140,000; Full time

Job summary

Vertiv seeks a Thermal Engineer to design advanced thermal and ventilation systems for power modules, IT infrastructure, and data centers. You will contribute from concept through commissioning, collaborating across disciplines to deliver customized, reliable solutions.

You will work with cross-functional teams, review submittals, and perform thermal calculations and basic CFD analyses. 5–10% travel to sites is required.

Qualifications

• Bachelor's degree in mechanical engineering with thermal background or equivalent experience.
• PE license is optional but advantageous.
• Minimum seven years of mechanical engineering experience in relevant sectors.
• Familiarity with local, state and federal building codes for modular/transportable buildings.

Responsibilities

• Lead conceptual and detailed design of thermal and ventilation systems, including HVAC layouts and related equipment.
• Ensure compliance with codes and manage design reviews of submittals.
• Develop SD, DD and CD narratives for mechanical design aspects.
• Perform thermal transfer calculations and simple CFD analyses as needed.
• Coordinate with integration partners and provide on-site support during construction.
• Travel to sites (5–10%) for reviews and commissioning support.

Skills

Thermal analysis

HVAC design

Reading construction drawings

Project collaboration

Communication skills

Education

Bachelor's Degree in Mechanical Engineering

Professional engineering (PE) License - optional

Minimum 7 years of Mechanical Engineering experience

Knowledge of local, state, & federal building codes

Tools

AutoCAD

Revit

Microsoft Office

Job description

Vertiv seeks a Thermal Engineer to design advanced thermal and ventilation systems for power modules, IT infrastructure, and data centers. You will contribute from concept through commissioning, collaborating across disciplines to deliver customized, reliable solutions.

You will work with cross-functional teams, review submittals, and perform thermal calculations and basic CFD analyses. 5–10% travel to sites is required.