National Wind Institute - TTU NWI

National Wind Institute - TTU NWI TTU NWI is an internationally recognized leader in many wind research fields

Texas Tech University's National Wind Institute is an
internationally recognized leader in wind research, education and knowledge.

Flashback Friday for Show Your College Colors Day! ❤️🖤We're throwing it back to 2009 with this photo of the WiSE faculty...
09/04/2026

Flashback Friday for Show Your College Colors Day! ❤️🖤

We're throwing it back to 2009 with this photo of the WiSE faculty, staff, and students proudly showing their Texas Tech colors. While a lot has changed over the years, our Red Raider pride certainly hasn't!

Wreck 'Em! 👆

🌪Scientist Spotlight: Dr. Thomas JonesSince joining the National Wind Institute and Texas Tech University in April 2026,...
09/03/2026

🌪Scientist Spotlight: Dr. Thomas Jones

Since joining the National Wind Institute and Texas Tech University in April 2026, Dr. Thomas Jones has brought more than 15 years of experience in numerical weather prediction and high-impact weather forecasting to Texas Tech University and NWI.

Dr. Jones began his career in 2010 as part of the Warn-on-Forecast project, helping develop the system from its early focus on supercell and tornado forecasting into applications for tropical cyclones and fire weather. His work has spanned observation processing, data assimilation, model development, and verification, with fire weather forecast products eventually becoming part of the baseline system and being used by forecasters in real time.

Now at NWI, Dr. Jones is applying that experience to Texas' growing weather prediction capabilities as part of the state's SB 5 flood mitigation initiative. His work is focused on developing a high-resolution, Texas-based prediction system capable of providing short-term forecasts of flash flooding and other high-impact weather. As the system develops, it will provide a foundation for future applications including severe weather, fire weather, and winter weather—helping advance Texas' ability to anticipate and prepare for weather hazards.

🎓 Student Highlight: Danielle HarrAs we kick off a new academic year, we’re highlighting Danielle Harr, a new student in...
08/24/2026

🎓 Student Highlight: Danielle Harr

As we kick off a new academic year, we’re highlighting Danielle Harr, a new student in Texas Tech’s Wind Science and Engineering (WiSE) PhD program!

Danielle is excited to be part of a program that brings together different areas of STEM to approach complex problems from multiple perspectives. Through WiSE, she’ll have opportunities to explore her research through atmospheric science, engineering, social sciences, and more.

For Danielle, that multidisciplinary approach is one of the things that makes WiSE special. She’s looking forward to expanding her perspective, learning from others across different fields, and continuing hands-on research throughout her PhD.

She also says one of the best parts of being a Red Raider is the close-knit community and support she’s found within her graduate programs.

🌪️ Continuing tornado researchers together at Texas Tech!Dr. Kishor Mehta, a key contributor to the development of the E...
08/20/2026

🌪️ Continuing tornado researchers together at Texas Tech!

Dr. Kishor Mehta, a key contributor to the development of the Enhanced Fujita (EF) Scale and one of the founders of what became the National Wind Institute, brought together faculty and graduate students from ATMO, WiSE, NWI, and Engineering to share research, exchange ideas, and explore new opportunities for collaboration.

With each research group sharing their work and engaging in discussion, the afternoon highlighted the strength of bringing together different disciplines, perspectives, and generations of researchers. Conversations like these help advance tornado science—and ultimately contribute to greater resilience and public safety.

🔆Tech Tuesday: Pyranometer🔆Pyranometers measure incoming solar radiation—the energy from the sun reaching the Earth's su...
08/18/2026

🔆Tech Tuesday: Pyranometer🔆

Pyranometers measure incoming solar radiation—the energy from the sun reaching the Earth's surface. This measurement helps us understand how much energy is available to heat the land, atmosphere, and surrounding environment.

Installed at West Texas Mesonet stations, pyranometers provide continuous observations of solar radiation across the region. This data supports weather and climate research, helps characterize surface conditions, and gives us a better picture of how energy moves through the atmosphere and interacts with the land.

🌱 Weather MattersWest Texas Mesonet stations track rainfall, soil moisture, temperature, and wind straight from the fiel...
07/21/2026

🌱 Weather Matters

West Texas Mesonet stations track rainfall, soil moisture, temperature, and wind straight from the field across the South Plains. Farmers and ranchers use that data to time planting and irrigation, protect crops from heat and freeze, and stretch every drop of water in a dry region. Local weather, smarter decisions.

💨What is wind load? Wind load is the push that moving air puts on anything standing in its way. This land sailer turns t...
07/16/2026

💨What is wind load?

Wind load is the push that moving air puts on anything standing in its way. This land sailer turns that push into horsepower—the wind hits the sail and sends the cart rolling. In West Texas, we know that force well, and it's exactly what engineers account for when building anything meant to survive our wind.

🔆🔋 Powered by the Sun, Connected by Cell NetworksWest Texas Mesonet stations operate entirely off-grid across some of th...
07/02/2026

🔆🔋 Powered by the Sun, Connected by Cell Networks

West Texas Mesonet stations operate entirely off-grid across some of the most remote parts of the state.

Solar panels charge deep-cycle batteries that power the instruments, data logger, and communications systems. Each station then transmits real-time weather data back to Lubbock through cellular modems using multiple different cell networks.

No wires. No external power. Just self-sustaining stations delivering continuous weather observations—from the Panhandle to the Hill Country.

🌬️ Looking for GustsWe're hitting the road for the next two weeks alongside IBHS, deploying 24 StickNet platforms and tw...
06/30/2026

🌬️ Looking for Gusts

We're hitting the road for the next two weeks alongside IBHS, deploying 24 StickNet platforms and two mobile Ka-band radars in search of high-wind events across the Midwest and Plains. By capturing these storms in action, we're working to improve our understanding of how damaging winds change as they move from rural landscapes into suburban communities. Safe travels to the team!

💦💻 A New Era of Weather PredictionThe National Wind Institute's new Texas Prediction System is now installed at Angelo S...
06/25/2026

💦💻 A New Era of Weather Prediction

The National Wind Institute's new Texas Prediction System is now installed at Angelo State University, a fellow Texas Tech University System institution, and is currently undergoing configuration before becoming operational.

This high-performance computing system will support the forecasting initiative within S.B. 5 by processing weather observations and running advanced prediction models designed to improve awareness of developing weather hazards across the state.

From next-generation Warn-on-Forecast guidance to high-resolution ensembles, the Texas Prediction System will help provide the tools needed to support decision-makers throughout Texas.

One more step toward building a safer and more resilient Texas.

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1009 Canton Avenue
Lubbock, TX
79409

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Wednesday 8am - 5pm
Thursday 8am - 5pm
Friday 8am - 5pm

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