The pandemic necessitated many science classes to pivot fully to online and remote learning models. While this distance format presented challenges, it also provided opportunities to engage students in hands-on scientific exploration if the right strategies were employed. Fast-forward to today and even though most students are back in class, online education hasn’t gone away.
Here are 5 effective ways to keep students stimulated and involved in their science education, even when learning from afar.
Strengthen the flipped classroom approach. Flipping shifts direct instruction to pre-recorded videos for students to watch independently, freeing up class time for more engaging activities. Well-produced video lessons allow self-paced learning and review. Follow up virtual classes with inquiry-based experiments students can conduct safely at home. Provide materials lists in advance so they’re prepared.
Leverage digital simulations and models. Interactive websites like PhET and CK-12 offer simulations that bring complex science concepts to life through visualization and experimentation. Assign students to manipulate variables in simulations and report observations and conclusions. They can demonstrate understanding remotely in meaningful ways.
Plan virtual lab stations or challenges. Break students into small groups assigned to complete “lab stations” around a central question through online breakout rooms. Stations could involve analyzing data sets, constructing models or diagrams, and solving problems based on the scenarios you provide. Groups report back findings to peers.
Incorporate screencast videos into lessons. Students might create short recordings demonstrating science processes, experiments, or explanations of key topics for assessment. Having them teach a concept back strengthens comprehension. Peers can give constructive feedback to support learning.
Assign place-based or current event research. Students investigate an element of science relevant to their environment and experiences. This could mean exploring local natural areas online, studying online archives of science news, or conducting citizen science projects. Relating lessons to real life stimulates engagement.
By emphasizing hands-on, minds-on activities that can be done independently yet collaboratively, teachers can facilitate highly interactive remote science education. With some creative lesson design, students’ natural curiosity need not be dampened by the virtual format.