Science teachers: Explore practical strategies for using supplemental science materials, bilingual resources and virtual labs in grades 3–8 and Biology.
Join PocketLab + Accelerating Success on Oct. 28 at 4:30 p.m. CT.
Register: thepocketlab.com/events/acce…
#ScienceEducation
Run it again.
Did the pattern repeat? What changed? What could explain the variation?
Repeated trials give students evidence to compare, patterns to evaluate and a stronger basis for deciding what the data supports.
Collect. Compare. Explain.
Start with a phenomenon.
Observe. Predict. Measure. Analyze. Explain.
The sensor collects the measurement. Students do the science by analyzing the evidence, questioning the results and deciding what the data supports.
Turn questions into evidence.
Rising @StratfordSTEM senior Noor is using PocketLab G-Force to investigate how wind affects movement along an inclined track.
Her early data is already shaping a stronger method for the year ahead.
This is student-led science: measure, question, refine and test again. 🔬
The first-week science routine:
Predict what will happen.
Collect real data.
Compare the evidence.
Explain what changed.
Start with one simple investigation. Build the scientific habits students will use all year.
#PocketLab #ScienceEducation #STEMEducation #BackToSchool
Before the first lab of the year:
• Charge your PocketLab sensors
• Test Bluetooth connections
• Organize probes and accessories
• Create your Notebook classes
• Choose one simple investigation
A few minutes of preparation now means more time for students to do science.
Could you recreate this graph?
Science starts with observation.
The best investigations begin with curiosity.
Crystal clear doesn’t always mean chemically balanced.
Water always has a story to tell.
#WaterQuality
Every ride is collecting data.
The question is whether you're measuring it.
#Physics











