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Bored of using escape rooms with generic decoders? Try challenging your students with content-driven decoders. These custom decoders are not only fun to solve but tie into the curriculum they're learning. Crack the code by looking at fossil evidence that supports continental drift or solve a puzzle by understanding the movement of the oceanic crust. It's as simple as sharing a link with your students. Or, print for stations/centers. Students will want more after they escape from The Co

Bored of using escape rooms with random riddles and generic decoders? Try challenging your students with content-driven puzzles that bring evolution to life! These custom decoders are not only fun to solve, but perfectly tied to your natural selection and adaptation unit.Students will step into the wild world of evolution—where every decision can mean survival or extinction. From camouflaged caterpillars to cunning predators, each new room introduces a different scene in the food chain. To es

Bored of using escape rooms with generic decoders? Try challenging your students with content-driven decoders. These custom decoders are not only fun to solve but tie into the curriculum they're learning. Crack the code by looking at colored symbols that support the types of weather fronts or solve a puzzle by understanding the movement of global winds across the United States. It's as simple as sharing a link with your students. Or, print for stations/centers. Students will want more aft

It's as simple as sharing a link with your students. Or, print for stations/centers. Students will be wanting more after they escape from Rock Mountain. They will be required to use what they know about the rock cycle to answer 4 questions for each room ( 6 rooms to escape from).  Using these answers while searching for clues, students will attempt to crack each room's decoder and escape the digital room, each increasing in difficulty. Every room has custom rock-cycle-centered images tha

It's as simple as sharing a link with your students. Or, print for stations/centers. Students will be wanting more after they escape from The Water Well. They will be required to use what they know about the water cycle to answer 4 questions for each room ( 6 rooms to escape from).  Using these answers while searching for clues, students will attempt to crack each room's decoder and escape the digital room, each increasing in difficulty. Every room has custom water-cycle-centered images th

Are you bored of using escape rooms with generic decoders? Try challenging your students with content-driven decoders. These custom decoders are not only fun to solve but tie into the curriculum they're learning. Crack the code by looking at organelles that support plant/animal cells or solve a puzzle by understanding the differences between eukaryotes and prokaryotes. It's as simple as sharing a link with your students. Or, print for stations/centers. Students will want more after they

Blast off into the world of experimental design and space engineering!In this hands-on STEM lab, students become aerospace engineers for ScienceTech, designing and testing their own wind-powered rover prototypes built to explore Titan, Saturn’s largest moon. Using creativity, critical thinking, and the scientific method, students will test independent and dependent variables through engaging trials that bring data collection and analysis to life. Students will construct a lightweight rover u

Launch your students into an epic engineering adventure on Saturn’s largest moon — Titan! In this immersive Engineering Design Process (EDP) project, students become NASA engineers for StemTech tasked with creating a wind-powered rover capable of traversing Titan’s icy dunes using only wind energy (simulated with a fan). Rumor has it… one of 's famous turtle-rescue kittens escaped and is now hiding on Titan! 🐢🐾 Students must design, test, and iterate their rover prototypes to track it down —

After learning about all the planets in our solar system (size, composition, temperature, distance, gravity, etc.) students need to use what they learned and successfully collect three samples from three different planets and return back to Earth without running out of fuel or losing crew members. Each group's survivability will depend on how well they can work as a team and transfer what they learned in class and apply it to their mission. The only catch is, if you land on an inhospitable or

This science lab is designed to introduce basic variable vocabulary (independent, dependent, and controlled variables) by connecting real-world experience with learning for a deeper understanding of the science terms.