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Curious to see how science and engineering teams can put AI to work? Join us on Wednesday, October 14 at 08:30 PT / 11:30 ET / 16:30 BST as we share examples of where AI is accelerating both disciplines today from: • Evaluating new cooling fluids from molecule screening through to process performance • Sizing liquid-cooling hardware from system requirements • Taking a data center client spec through concept design to submittal documents. Hosted by our CEO Jonathan Godwin, you'll hear directly from Matt Kapelewski (Director of Chemistry), Graham Wenz (Director of Engineering) and Jaden Weaver (Senior Mechanical Engineer) on where AI has earned trust in their own projects. There will also be a live demo from Ruxandra Chitac (Technical Product Manager) on how we use CurieOS day to day, our AI operating system for science and engineering. Register now to attend.

We’re engineering data center cooling systems that turn waste heat into an opportunity, powering carbon and water capture while improving their efficiency. Our Director, Graham Wenz, walks through the testing rig behind our dual-use chiller that’s built to simulate global environments and optimize CO₂ & H₂O capture. Every test refines the materials and systems powering the future of data center cooling, where efficiency and sustainability scale with AI. 🎥 Watch the breakdown below

How do we ensure our two-phase direct-to-chip cooling systems are engineered for maximum performance? It comes from owning the entire design and optimization stack. In this clip, our Head of Data Center Design, Andrew White, P.Eng, gives a tour of the advanced in-house lab we use to rapidly iterate, validate, and perfect our data center hardware. Watch the full tour below ⬇️

78% of engineering firms believe AI will help their business this year, yet only 36% use it in core design and delivery work. Join us on Wednesday, October 14 at 08:30 PT / 11:30 ET / 16:30 BST as we share examples of where AI is accelerating science and engineering today from: • Evaluating new cooling fluids from molecule screening through to process performance • Sizing liquid-cooling hardware from system requirements • Taking a data center client spec through concept design to submittal documents. Hosted by our CEO Jonathan Godwin, you'll hear directly from Matt Kapelewski (Director of Chemistry), Graham Wenz (Director of Engineering) and Jaden Weaver (Senior Mechanical Engineer) on where AI has earned trust in their own projects. There will also be a live demo from Ruxandra Chitac (Technical Product Manager) on how we use CurieOS day to day, our AI operating system for science and engineering. Register now to attend.

Finding the local amendments is still a manual PDF hunt. CurieOS for Engineering looks up the code editions and local amendments that govern your project, flags jurisdiction and authority requirements rather than assuming them, and logs every assumption in the design basis. On power design it takes 200 engineer-hours down to 40. Your PE still seals the work and stays engineer of record. Request access below.

One requirement changes and the whole MEP set has to follow. CurieOS for Engineering holds your MEP document set as one linked model. Change a requirement and the drawings, schedules and calculations across every discipline update with it, with full version history so you can see what moved and why. On power design it takes 200 engineer-hours down to 40. Your PE still seals the work and stays engineer of record. Request access below.