Shumate Engineering

Shumate Engineering Listen. Design. Create. Shumate Engineering is led by Daren Shumate.

Bringing over 30 years of highly technical architectural engineering, Daren has spent the last 20 years focused on mission-critical, data center environments. A licensed electrical engineer, Daren has designed data centers and mission-critical spaces for Fannie Mae, eBay, Digital Realty, CyrusOne, Amazon, Facebook, Microsoft, Vantage, Equinix, and NTT. While at Sverdrup in the late 1990s, Daren ma

naged the RFP solicitation package for the design/build contract for the Pentagon Remote Delivery Facility, the first of several high-profile highly successful design/build projects at the Pentagon. Utilizing his architectural engineering project executive background, he led the engineering and architecture teams for two one-million square foot, 100MW data centers - one in Atlanta, the other in Dallas. Daren continues his industry leadership serving on the Board of Directors of the 7x24 DC chapter. Giving back to his community, Daren serves on the Fairfax County Board of Code Appeals and is a Commissioner on the Fairfax County Small Business Commission. As an appointee of Fairfax County Supervisor, Penny Gross, Daren led the Lincolnia Area Re-zoning Task Force - a 2-1/2 year commitment that culminated in approvals from Fairfax County Planning Commission and Board of Supervisors.

We pause to remember their sacrifice, reflect on the freedoms we enjoy, and express our deepest gratitude.From all of us...
05/25/2026

We pause to remember their sacrifice, reflect on the freedoms we enjoy, and express our deepest gratitude.

From all of us at Shumate Engineering, thank you to those who served and those who continue to serve.

Join us for an evening of celebration as Shumate Engineering marks its 6th anniversary at our 2026 Open House! Last year...
05/18/2026

Join us for an evening of celebration as Shumate Engineering marks its 6th anniversary at our 2026 Open House! Last year marked a defining moment for the firm — one filled with standout achievements that reflect the strength and momentum of our team. Some of our key highlights include:

- Awarded patent for our design to cool data centers with 50% less energy and 93% less water
- Expanded our team with the addition of talented new engineers
- Ranked among the Inc. 5000 fastest-growing companies in the U.S.

We’ve already carried that momentum into 2026, hitting the ground running with more than 16 new projects underway.

Hosted at our headquarters in Vienna, this event brings together industry partners, clients, and colleagues for a convivial atmosphere featuring drinks, small plates, live music, and meaningful networking. Catch up with your favorite engineers, meet new faces, and celebrate the relationships that have shaped our success.

Where: 1577 Spring Hill Road, Suite 510, Vienna, VA 22182
When: Thursday, June 4, 2026 | 4:30 – 8:00 PM

Bluegrass music from The Parklawn Ramblers starts at 6 PM. We look forward to celebrating with you.

05/08/2026

What if adiabatic cooling and a single-loop system design could significantly reduce the energy required for the next generation of high-heat-density computing?

In this video, Havtech, Shumate Engineering, and Baltimore Air Cooling introduce a new concept that changes the economics of data center cooling. By replacing air-cooled chillers and cooling towers with a single chilled water loop built around a BAC Trillium Series hybrid adiabatic cooler, facilities can drastically reduce cooling plant infrastructure consumption and redirect significantly more power to the IT load.

Watch as we put this cooling system design to the test in BAC’s extreme-weather R&D lab, demonstrating its ability to seamlessly support both 90°F direct-to-chip systems and 68°F air-cooled environments, even during peak ambient conditions.

Key benefits of this system design:

▪ Massive Efficiency Gains: Achieves a connected PUE of 1.2 or better
▪ Maximized Computing Power: Frees up to 12% more usable IT power
▪ Extreme Water Savings: Operates in dry cooling mode up to 90% of the year, reducing direct water usage by up to 90%

For more information or to get started, contact Havtech.

A follow-up technical breakdown video is coming soon, with a closer look at how the system works.

As data center development accelerates, so do the expectations placed on the systems that power and sustain them. At Adv...
04/29/2026

As data center development accelerates, so do the expectations placed on the systems that power and sustain them. At Advancing Data Center Construction Mid-Atlantic 2026, Shumate Engineering led a workshop of industry peers to explore a pressing question: are MEP systems being unfairly blamed for rising energy demand, noise concerns, and broader community impacts — or is this a moment for the discipline to lead with smarter, more resilient solutions?

Key takeaways included:
• On-site generation as a strategy to reduce grid dependency and strengthen operational resilience
• Battery energy storage systems (BESS) for peak shaving, backup power, and improved energy optimization
• The growing role of advanced mechanical strategies, including Shumate Engineering’s patented Hybrid-Dry/Adiabatic Cooling (H-D/AC) cooling design, which enhances efficiency, reduces water consumption, and supports high-density performance requirements

As AI-driven workloads push power densities higher, MEP engineers are becoming increasingly central to both performance and community impact. Addressing these challenges requires deeper collaboration across developers, utilities, policymakers, and local stakeholders.

Shumate Engineering remains committed to advancing high-performance, forward-looking solutions like H-D/AC will meet the evolving needs of data centers nationwide.

There's no prouder day in the life of an engineer than when they pass the professional engineer's exam and get to affix ...
04/24/2026

There's no prouder day in the life of an engineer than when they pass the professional engineer's exam and get to affix those two noteworthy letters to the end of their names. In the course of only a couple of weeks, two members of the Shumate squad got to do exactly that. Take a bow, Matthew Bishop, PE and Jose Morales, PE, and put in for those new business cards!

Nationwide, only 1 of every 5 designers working in the MEP space manage to pass the exam. Now with Matthew's and Jose's accomplishment, 50 percent of our staff (and well over 50 percent of our designers) can boast of the same.

Just another way in which Shumate is head and shoulders above the competition.

Recognition well earned.Daren Shumate was awarded by Fairfax County with a Certificate of Recognition for his leadership...
04/22/2026

Recognition well earned.

Daren Shumate was awarded by Fairfax County with a Certificate of Recognition for his leadership and commitment to effective land use planning and development while serving on the Mason District Planning Commission (January 2023 – February 2024).

A testament to the impact thoughtful planning and engineering can have on growing communities.

Daren Shumate sat down with Steve Gruber, host of The Steve Gruber Show, to discuss the massive energy demand being driv...
03/24/2026

Daren Shumate sat down with Steve Gruber, host of The Steve Gruber Show, to discuss the massive energy demand being driven by the rapid growth of artificial intelligence. As tech companies race to build new data centers, electricity and water consumption are becoming major concerns.

Watch the full interview here: https://rumble.com/v77747m-ais-massive-energy-appetite-with-daren-shumate.html

Join Stephen Spinazzola for “The Impact of AI on the Design of Data Centers” at FacilitiesNet/NFMT East 2026 on March 11...
03/09/2026

Join Stephen Spinazzola for “The Impact of AI on the Design of Data Centers” at FacilitiesNet/NFMT East 2026 on March 11 at 9:30 a.m.

The rapid deployment of AI-driven data centers is fundamentally reshaping both mechanical and electrical system design. Traditional data centers typically operate at 15–20 kW per cabinet, while AI environments demand 25–100 kW per cabinet — dramatically increasing cooling and power requirements.

Key Mechanical Considerations

* Continuous chilled water flow is critical for both flow rate and temperature stability.
* Chilled water pumps must be supported by emergency power to ensure uninterrupted operation.
* Large buffer tanks — integrated into the closed-loop system — maintain consistent supply temperature.
* Because air-cooled chillers are not typically on UPS power and can require up to five minutes to restart, substantial buffer capacity is required.

Key Electrical Challenges

* UPS systems must support chilled water pumps to maintain continuous cooling.
* GPU-based servers introduce “all-on/all-off” load dynamics, creating rapid power fluctuations that demand careful electrical system design.

Stephen will also address the limitations of air-cooled chillers in AI environments and explore alternative cooling strategies better suited to high-density deployments.

Learn more and register here: https://www.nfmt.com/east/2026/

Happy to talk with Susan Schwartz about the data center projects coming to Pennsylvania. There is a lot of concern and m...
03/06/2026

Happy to talk with Susan Schwartz about the data center projects coming to Pennsylvania. There is a lot of concern and misinformation out there regarding data centers, and local media has an unenviable task to set the story straight.

The Press Enterprise - Serving Bloomsburg, Berwick, and Danville, PA is a shining example of how honest journalism not only ensures the sharing of accurate information but also advances our communities and, ultimately, our democracy.

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1577 Spring Hill Road, Suite 260
Tysons Corner, VA
22182

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