Platform Architect: Remote Data Center Thermal Systems

Fairweather, LLC; Baltimore (MD); On-site; USD 120,000 - 140,000; Full time

Benefits offered by this job

13th salary

Annual bonus

Paid vacation

Pension plans

Personal insurance

Job summary

Danfoss is seeking a Platform Architect to lead the design and development of data center infrastructure, focusing on energy distribution, cooling technologies, and thermal management to maximize efficiency and scalability. You will drive sustainable, high-performance solutions for global data centers.

Responsibilities include architecture definition, system visualization, customer collaboration, and IP-driven innovation, with a strong emphasis on reliability and optimization.

Qualifications

• Bachelor's degree in a relevant engineering field; master's preferred.
• 8+ years in system architecture, data center thermal management preferred.
• Experience designing air- and liquid-cooled data center systems.
• Proficiency with Revit and AutoCAD for documentation and diagrams.

Responsibilities

• Lead design or retrofit of data center infrastructures from transformer to server.
• Define high-level system architecture for energy supply and thermal management.
• Design air- and liquid-cooled thermal systems with full P&IDs and specs.
• Coordinate with simulation teams and communicate designs clearly to stakeholders.

Skills

System architecture

Data center planning

Thermal management

Air cooling

Liquid cooling

Education

Bachelor's in Plant Engineering

Bachelor's in Mechanical Engineering

Energy Engineering

Energy Plant Engineering

Master's degree (preferred)

Tools

Revit

AutoCAD

Job description

Danfoss is seeking a Platform Architect to lead the design and development of data center infrastructure, focusing on energy distribution, cooling technologies, and thermal management to maximize efficiency and scalability. You will drive sustainable, high-performance solutions for global data centers.

Responsibilities include architecture definition, system visualization, customer collaboration, and IP-driven innovation, with a strong emphasis on reliability and optimization.