Skip to content
Rows of liquid-cooled supercomputer cabinets with overhead coolant and power distribution in a large data hall

Data Center Thermal Engineering

Engineering clarity for the era of high-density cooling.

A focused hub for engineers, designers and operators working on data center cooling, liquid cooling, thermal management and AI infrastructure.

Photo: Oak Ridge National Laboratory, CC BY 2.0

Five pillars, one platform

Each section is designed to support a different part of your engineering work.

A GPU server blade with cold plates and glycol coolant lines, displayed open with its components
GPU blade with glycol cooling, MareNostrum 5 (Barcelona Supercomputing Center). Photo: Steve Jurvetson, CC BY 4.0

Liquid cooling, up close

What you'll find here

Air Cooling
Fundamentals of airflow management, containment and heat rejection in conventional white space.
Liquid Cooling
Direct-to-chip and immersion approaches, coolant distribution and facility water integration.
Thermal Management
Heat transfer principles, temperature and humidity envelopes, and system-level thinking.
AI Infrastructure
The thermal implications of rising rack densities driven by accelerated computing.

Newsletter

The Weekly Cooling Brief

An optional weekly email focused exclusively on mission-critical cooling for digital infrastructure. All content on this site stays free to read without subscribing.

What it covers

  • Edge & Telecom Cooling
  • Enterprise & Colocation Data Centers
  • Hyperscale Cooling
  • AI & High-Density Liquid Cooling
  • Modular & Distributed Data Centers
  • LATAM Market Intelligence

Subscriptions opening soon.

Engineering Knowledge. Continuously Evolving.

Explore independent technical insights, engineering tools, and market intelligence for mission-critical data center cooling. New knowledge and resources added regularly.