Webinars
Our webinars offer innovative ways to engage students with STEM in traditional classroom or virtual environments. Our experienced educational technology specialists will walk you through experiments that students can do using our free sample data.
Upcoming Webinars
Forensics in Math and Science: Investigations That Engage Students
Tuesday, May 19, 2026
5:00–6:00 p.m. PDT | 8:00–9:00 p.m. EDT
Get your students asking questions, analyzing data, and making evidence-based arguments, all while covering the math and science content they need to know! Join T3™ instructors and Vernier Trendsetters Chris Coker and Cassie Whitecotton, as they demonstrate two cross-curricular investigations.
Recent Webinars
The Physics of Space: Exploring the Science Facts behind Science Fiction
Thursday, May 14, 2026
4:00—5:00 p.m. PDT | 7:00—8:00 p.m. EDT
What does real space physics have in common with a galaxy far, far away? More than you might think. In this free webinar, Vernier physics experts Josh Ence and Fran Poodry explore the physics behind some of the universe’s most compelling phenomena (on and off screen), using hands-on sensor investigations and video analysis that students can experience in the classroom.
Vernier Connections in Practice: Drive Engagement, Accountability, and Measurable Growth
Thursday, April 30, 2026
2:00–3:00 p.m. PDT | 5:00–6:00 p.m. EDT
Join hosts Michelle Rutherford, Head of Customer Success and Allison Gillentine, K–12 Partnership Manager at Vernier Science Education for a panel conversation with Jennifer Wimberley and Jennifer DeKok—educators with firsthand experience using Connections in their classrooms. They’ll share what’s working, how students are responding, and how using Connections impacts student learning outcomes.
Solve the Case: Bring Forensic Science into Your Chemistry Class
What if your students could identify an arsonist, investigate a poisoning, and analyze crime scene evidence—all using chemistry techniques they’re already learning? Vernier chemistry expert Nüs Hisim and Trendsetter educators Anne Lavelle and Randy Booth demonstrate three forensic investigations that connect calorimetry, acid-base titrations, and gas chromatography to real-world crime-solving scenarios from the Forensic Chemistry Experiments lab book.
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What's in the Air? Place-Based Investigations with the NEW Go Direct® Air Quality Sensor
Is the air in your classroom actually cleaner than the parking lot outside? Your students probably have an opinion—but do they have the data? Vernier biology expert Colleen McDaniel and chemistry expert Dr. Melissa Hill walk through place-based air quality investigations that help students connect real environmental data to the health of their own communities.
Beyond the Buzzword: Making Employability Skills Central to K–12 Learning
Skills like technology fluency, adaptability, and communication aren’t extras—they are essential outcomes. Education leaders explore what these skills look like today and how to give students real experiences to practice them.
Engineering by Design: SEPs in Action Through Wind Energy
What does it look like when high school students learn physics through authentic engineering design? Join physics and STEM teacher Chris Williams and Vernier physics and engineering expert Josh Ence as they share a multi-phase wind turbine project that engages students in Science and Engineering Practices (SEPs). You’ll see how students connect force, energy, electromagnetism, and Faraday’s law through hands-on design, testing, and iteration.
Using Equilibrium Expressions to Find K with Spectrophotometry
Preparing students for equilibrium questions on the AP Chemistry exam this spring? Vernier chemistry experts demonstrate how to use spectroscopy to determine equilibrium constants while reinforcing Initial, Change, Equilibrium (ICE) table calculations.
Reflect, Refract, Engage: Exploring Light and Optics
Interested in finding new ways to explore the mathematical beauty of light waves? Vernier physics experts Josh Ence and Fran Poodry demonstrate hands-on investigations that help students discover the wave properties of light through data collection and mathematical analysis.
Past Webinars
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