According to a recent LinkedIn post from Airthings, the company’s technology has been used in a student-led indoor air quality project at UCLA Lab School. The post describes a collaboration between CONNECT Research at UCLA, architecture firm Perkins Eastman, and Airthings to help students explore classroom CO₂ levels and air quality using real-time sensor data.
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The LinkedIn post highlights how students used Airthings sensors to visualize air quality, ask research questions, create educational materials, and implement simple changes to improve their classroom environment. The initiative is framed as supporting active learning, improving indoor conditions, and building environmental awareness among younger students.
For investors, the post suggests Airthings is positioning its sensor platform as an educational and institutional tool, particularly in the K‑12 and higher-education segments. Greater adoption in schools could support recurring revenue opportunities in the broader building health and smart-infrastructure markets, and may strengthen the brand’s visibility among policymakers and facilities decision-makers.
The collaboration with CONNECT Research and Perkins Eastman may also signal strategic alignment with academic and design partners involved in school planning and modernization. If similar projects scale, this use case could help validate demand for data-driven air quality solutions in learning environments, a niche that may see growing funding and regulatory attention as indoor environmental quality remains a focus for public institutions.