A high-energy exploration of gravity's invisible pull, from dropping everyday objects to calculating weight on distant planets. Students will engage in hands-on observations and creative writing activities to understand how mass and distance govern the universe.

A comprehensive 5-lesson STEM sequence exploring Earth and Space science for grades 1-5, featuring engineering challenges and real-world problem-solving based on Texas TEKS.

A hydro-focused STEM sequence exploring the properties of water bodies and the mechanics of the water cycle. Students act as 'Water Works' engineers to model everything from backyard puddles to the vast ocean, investigating how the Sun powers Earth's most vital systems.

A comprehensive STEM and engineering unit focused on weather and climate TEKS for 1st through 5th grade. Each grade features two 30-minute hands-on activities, engineering challenges, and STAAR-aligned review questions designed to solve real-world weather problems.

A comprehensive STEM sequence for grades 1-5 exploring Earth's resources, from basic uses and identification to renewable energy and geological processes. Each lesson includes hands-on engineering challenges, visual slides, and teacher support materials aligned with Texas TEKS.

A comprehensive STEM and engineering curriculum for Grades 1-5 focused on conservation, human impact, and sustainable energy solutions. Each grade level includes two hands-on engineering challenges, a visual slide deck, and detailed teacher resources aligned to Texas TEKS standards.

A comprehensive STEM curriculum for grades 1-5 exploring Earth's changes. Each grade level features two hands-on engineering challenges aligned with Texas Essential Knowledge and Skills (TEKS), ranging from water erosion to landform formation. Students solve real-world problems like protecting homes from landslides and designing sand dune barriers.

A comprehensive STEM and engineering curriculum for Grades 1-5 focused on plant structures and survival. Students engage in hands-on challenges like building root anchors, waxy leaf shields, and seed dispersal devices to solve real-world botanical problems.