Compu Dynamics CEO to Address AI-Driven Cooling Innovations at Midwest Data Center Conference
Steve Altizer, President and CEO of Compu Dynamics, will participate in a panel discussion on data center cooling innovations at the DICE: Midwest conference, highlighting how AI is transforming cooling technologies to handle dense computing demands.
Compu Dynamics, a leading provider of data center infrastructure construction and operations services, announced that President and CEO Steve Altizer will participate in the Data Center Investment Conference & Expo (DICE): Midwest panel on data center cooling innovations. The conference takes place September 25, 2025 in Chicago, Illinois, and will address how artificial intelligence is transforming data center cooling requirements.
Altizer will join industry experts from Microsoft, Schneider, Kais-AIR, and Aligned Data Centers on the panel titled "Data Center Cooling Innovations: Preparing for the AI Era." The session will explore liquid-based cooling solutions such as immersion and direct-to-chip cooling, as well as intelligent thermal control systems that enable facilities to handle dense AI clusters more efficiently and reliably. The discussion comes as AI workloads demand increasingly sophisticated cooling infrastructure to manage heat generated by next-generation chips.
The DICE Midwest conference by Bisnow will cover emerging development trends in Chicago and the Midwest region, innovative cooling and power strategies, facility efficiency techniques, and flexible construction approaches. Attendees will include CEOs, investors, engineers, and developers seeking actionable insights into the evolving data center landscape. The panel session is scheduled for 9:10 am to 9:50 a.m. CDT in the Renaissance Ballroom at the Renaissance Chicago O'Hare Suites Hotel.
For more information about Compu Dynamics, visit https://www.compu-dynamics.com. The company's participation in this industry event underscores the critical importance of cooling innovation as data centers adapt to the computational demands of artificial intelligence and high-density computing environments.