Engineering Services
Precision Engineering for the World’s Most Demanding Compute Environments
800
MW In Production
100–250
kW Current Rack Density
DTC Liquid
Cooling Standard
Pre-Construction
Engagement Model
ENGINEERING BEFORE THE FIRST WALL GOES UP
Data Airflow engages before any building work begins. Our engineering team works alongside architects, structural engineers, and electrical designers from day one—ensuring the facility is purpose-built for AI and HPC workloads.
The result: maximum compute density within the available power envelope and physical footprint, with no costly retrofits after construction starts.
Every specification, every energy model, every equipment selection is informed by hundreds of megawatts of real-world deployment data.
Our engineering team brings deep specialization in mission-critical thermal management for liquid-cooled environments—not commercial HVAC adapted for datacenters.
ENGINEERING DELIVERABLES
Design & Analysis
- DTC liquid cooling architecture & piping design
- Computational fluid dynamics modeling
- Energy modeling & efficiency optimization
- Equipment specifications & selections
- Construction documentation packages
Technical Advisory
- Pre-construction coordination with all trades
- Technology roadmapping for density growth
- Feasibility studies & master planning
- Due diligence for investment-grade facilities
- Peer review of third-party designs
MAXIMUM COMPUTE FROM EVERY AVAILABLE WATT
Our primary engineering objective is efficiency—extracting the maximum compute capacity from every megawatt of available
power and every square foot of facility space. That’s the difference between a building with servers in it and a purpose-built
AI datacenter.
Constructability First
Designs incorporate installation sequencing, maintenance access, and liquid cooling infrastructure from the earliest schematic phase—not as an afterthought during submittal review.
Commissioning-Informed
Our engineers design with commissioning requirements built in. Every system is engineered for testability, verifiability, and documented proof of performance at handover.
Continuous Improvement
Each project’s validated commissioning data feeds directly back into our engineering standards—so every facility we design benefits from every facility we’ve commissioned.