Home ITCUT FieldLab officially opened: outdoor laboratory for climate, food, and subsurface research

UT FieldLab officially opened: outdoor laboratory for climate, food, and subsurface research

How can we preserve natural ice rinks during mild winters? Can green roofs cool cities during heatwaves? And how can we make invisible cables visible without digging? These questions—and many more—are being explored in the brand-new UT FieldLab, officially opened on 2 October on the University of Twente campus.

A field lab for the future

The UT FieldLab is a semi-controlled outdoor environment for experimentation, observation and training. Students, researchers, companies and societal organisations collaborate here on solutions to pressing challenges related to climate change, resilient urban design and food security.

Professor Mark van der Meijde

We were looking for something that didn’t yet exist in the Netherlands—especially for training, instrument calibration and testing new techniques. Dozens of societal partners helped bring the UT FieldLab to life, because there’s a real need for a place where you can measure, test and try things out. Together, we designed the lab with sustainability in mind, using circular materials and involving students from a groundworks training programme. It’s a great example of science, education and society working hand in hand.

Professor Mark van der Meijde

From natural ice to smart plant monitoring

The UT FieldLab currently hosts more than fifteen experiments, both above and below ground, across multiple themes. A selection:

  • Natural ice in mild winters – KNSB Ice Track Test Beds
    In collaboration with the Royal Dutch Skating Federation (KNSB), this experiment explores how to accelerate ice formation on natural rinks—even at temperatures just around freezing—preserving a cherished Dutch tradition.
  • Cooling the city – Green roofs and façades
    Green roofs and façades help mitigate urban heatwaves, reduce water runoff and may even improve solar panel efficiency.
  • Smart plant monitoring – Spot a thirsty plant from the sky
    Using cameras and sensors, researchers test whether plant stress can be detected early, helping farmers use water more efficiently.
  • Making invisible cables and pipelines visible
    The Dutch subsurface is full of cables and pipelines, but maps are often inaccurate. This experiment uses radar, acoustics and AI to create 3D images of the underground—without digging—reducing damage and costs.
Photo: Rikkert Harink
Wind tunnel
Photo: Rikkert Harink
Weather and climate tower
Photo: Rikkert Harink
Aquatic sensing facility
Photo: Rikkert Harink
Greenhouse
Photo: Rikkert Harink
KNSB ice test beds
Photo: Rikkert Harink
Rock garden
Photo: Rikkert Harink
Can we measure a small earthquake by jumping?

A festive opening with a scientific twist

During the festive opening on Thursday afternoon, visitors toured the site, including the wind tunnel, water basin, stone garden and greenhouse. Partners such as Heijmans and KNMI expressed their excitement about future collaborations. Rector magnificus Tom Veldkamp addressed the audience: “The idea for the FieldLab was born more than a decade ago. It began as a vision: to create a space where we could bridge the gap between controlled laboratory conditions and the complexity of the natural and urban environments we live in. A place where we could calibrate instruments, test new technologies, and train the next generation of researchers—not in theory, but in practice. With support from the faculties of ITC and ET, and later many others, we turned that vision into reality. Today, we stand on the result of years of collaboration, innovation, and dedication.”

The opening concluded with a fitting experiment: attendees jumped simultaneously on the site while sensors measured the impact—testing whether their collective leap could simulate a small earthquake.

More information

Want to learn more about UT FieldLab? Head over to www.utwente.nl/utfieldlab to learn more. 

R. Kwakman MSc (Robin)
Communication Advisor | Internal and external communication | Corporate communication | Editor UT Stories