38 Teachers Build NASA-Backed STEM Network in Virginia

Science class just got a major upgrade for thousands of students across Virginia's coastal region, thanks to 38 teachers who spent their spring learning to think like NASA scientists.

Educators from seven school districts gathered at the National Institute of Aerospace in Hampton this March and April for hands-on training with NASA's eClips and GLOBE programs. They learned to calibrate infrared thermometers, measure urban heat islands, and collect environmental data the same way NASA researchers do.

The training wasn't just about textbooks and theory. Teachers explored how land cover affects temperature, studied cloud patterns that change weather, and examined soil's role in our climate system using the same protocols NASA scientists follow worldwide.

Jessica Taylor, a physical scientist at NASA Langley Research Center, guided educators through the technical details of collecting accurate environmental data. They practiced using the GLOBE Observer app, performed a cloud dance to understand atmospheric conditions, and demonstrated how cloud opacity affects our planet's energy budget.

The program goes beyond typical professional development. Teachers received weather instrument shelters and soil kits funded by Virginia's Coastal Virginia STEM Hub, giving their students access to real scientific equipment.

Here's where it gets even better: high school students in Hampton City Schools and Norfolk Public Schools built those weather shelters themselves. Career and Technical Education students constructed the instruments to GLOBE specifications, directly supporting scientific learning while developing their own technical skills.

The Ripple Effect

This collaboration has been building momentum for two years. The partnership between NASA eClips educators, GLOBE scientists, school districts, and community groups like the Elizabeth River Project created something rare: a sustainable regional network where everyone shares resources and knowledge.

Grant funding made it possible to pay teacher stipends and purchase essential equipment, removing financial barriers that often limit access to quality STEM programs. Now these tools and training materials will reach students across the entire Tidewater region.

The initiative aligns perfectly with Virginia's Science Standards of Learning, meaning students gain NASA-level expertise while meeting their required curriculum. Teachers can seamlessly integrate authentic data collection into lessons on weather, climate, and Earth's energy systems.

Community organizations are also getting involved, extending learning beyond classroom walls. When students collect environmental observations through GLOBE, they contribute to a worldwide database that actual scientists use for research.

This regional STEM ecosystem proves that collaboration works. Teachers gain confidence with scientific instruments, students engage in real research, and the entire community benefits from enhanced science literacy.

Thousands of Virginia students will now experience science not as something distant and abstract, but as a hands-on investigation of the world around them.