A primary science and ELA sequence where students become 'Light Detectives' to investigate how light works, identifying sources, reflections, and shadows in their environment.

A series of building-themed lessons focused on mastering phonics patterns, starting with common digraphs and moving towards complex blends using a block-building aesthetic.

A comprehensive unit exploring how natural processes like rock formation and erosion work together to shape the Earth's surface over millions of years.

A four-day introductory unit on corn for K-3 students, covering its origins in Mesoamerica, life cycle, diverse varieties, and practical uses through hands-on crafting and planting.

A comprehensive robotics curriculum for grades 1-3 covering screenless coding with Sphero indi, block coding with Sphero Mini, and both color-based and block coding with Marty the Robot. Includes progressive task cards designed for 30-minute hands-on activities.

A comprehensive STEM and engineering sequence for elementary students, focusing on the Texas Essential Knowledge and Skills (TEKS) for Scientific and Engineering Practices. Students tackle real-world challenges through prototyping, testing, and data analysis in two distinct thematic units.

A comprehensive STEM curriculum for grades 1-5 where students solve real-world problems in their community using engineering design and scientific principles. Each grade level features two 30-minute hands-on challenges aligned with TEKS 1.5-5.5.

A comprehensive K-5 science journey focused on the Texas Essential Knowledge and Skills (TEKS) for physical properties of matter. Students act as 'Matter Mission' agents to solve real-world problems through hands-on STEM challenges and engineering design.

A multi-disciplinary science and health unit covering plant biology, physical properties of matter, and nutritional science. Students explore the cycles of life, the fundamental nature of substances, and how to fuel their bodies.

A comprehensive STEM sequence covering thermal energy and matter changes for grades 1-5, featuring engineering challenges and real-world problem-solving aligned with Texas TEKS. Students investigate reversible and non-reversible changes, states of matter, and thermal energy transfer through hands-on experiments.

A comprehensive exploration of animals from jungle and safari environments, focusing on their unique adaptations, habitats, and survival strategies.

A comprehensive STEM sequence focusing on TEKS-aligned physical science concepts, from system parts in lower elementary to complex mixtures and conservation of matter in upper elementary. Students solve relatable real-world problems through hands-on engineering challenges and laboratory investigations.

A comprehensive STEM unit exploring the invisible powers of forces, including magnetism, gravity, and friction, through hands-on engineering challenges and scientific investigations aligned with Texas TEKS for Grades K-5.

A comprehensive STEM sequence focusing on forces and motion (TEKS 1.7A/B, 2.7B, 3.7B, 5.7A). Students engage in hands-on engineering challenges to understand pushes, pulls, strength of forces, and balanced/unbalanced energy transfer.

A comprehensive STEM unit for grades 1-5 exploring sound, light, thermal, and electrical energy through hands-on engineering challenges and real-world problem-solving.

A comprehensive K-5 STEM curriculum covering Texas TEKS for Earth and Space Science. Each grade level features two hands-on engineering challenges, interactive slide decks, and STAAR-aligned assessment tools focusing on seasons, lunar patterns, solar system models, and Earth's rotation.

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 comprehensive Earth Science STEM unit for Grades 1-5, focusing on rock classification, porosity for resource storage, and the formation of sedimentary rocks and fossil fuels. Students act as Geology Agents to solve real-world engineering challenges while mastering Texas TEKS standards.

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.