A four-day introductory unit on the signs of spring, focusing on weather changes and nature's awakening. Includes a mix of outdoor exploration and indoor hands-on crafts designed for grades K-3.

A comprehensive STEM unit introducing block coding and robotics using Marty the Robot and Sphero Minis. Students explore sequencing, loops, and color-based commands across two weeks of rotating hands-on lab sessions.

A comprehensive substitute teacher packet for the 8th-grade 'Teen Challenges' course, focusing on the Inner Strength Lab and the novel Hatchet. Includes daily procedures, survival-themed activities, and feedback forms.

A comprehensive leadership development program for district administrators focused on high-quality curriculum implementation, review methodologies, and instructional coaching strategies to ensure district-wide coherence.

A comprehensive 2nd-week unit for 3rd Grade Science exploring the anatomy, functions, and protective nature of the human skin through experiments, models, and sensory activities.

A basic introduction to space concepts and the work of NASA, designed for early elementary students to build reading skills and scientific curiosity.

An engaging unit exploring the properties of matter, focusing on how substances combine, dissolve, and separate.

Une exploration approfondie de la cinématique, couvrant le mouvement circulaire uniforme, la chute libre et les trajectoires paraboliques à travers des analyses vectorielles et graphiques.

A two-day science unit for 6th graders exploring the relationship between thermal energy, particle motion, and phase changes through visual notes and kinesthetic modeling.

Une exploration complète des principes de la statique et de la dynamique, allant de l'équilibre des structures rigides à l'analyse des mouvements curvilignes.

A series of lessons exploring the physics of fluids, including buoyancy, pressure, and fluid flow.

A project-based 6th-grade forensics course where students act as lead investigators to solve a campus mystery using scientific evidence, biology, and engineering principles. The course aligns with Iowa Science Standards covering cell theory, inheritance, and the engineering design process.

A comprehensive two-week recovery sequence designed for students to master key concepts from Investigations 9-12, including evolution and biological systems. This unit provides condensed notes, visual aids, and targeted review questions to help students bridge learning gaps and achieve course credit.

A 5-day after-school program exploring the science of surface tension through hands-on experiments, scientific observations, and engineering challenges. Students investigate how water molecules stick together and how substances like soap and salt can break those bonds.

A comprehensive unit designed to turn students into nature detectives, focusing on observation, documentation, and appreciation of the local environment for K-6 students.

A comprehensive review of introductory chemistry lab concepts, including safety, measurement, atomic structure, bonding, and chemical reactions, based on midterm exam objectives.

A comprehensive unit on matter, focusing on the differences between physical and chemical changes, identifying indicators of each, and applying this knowledge to real-world scenarios.

A comprehensive investigation into the radioactive decay of elements in rock crystals from the Afar region, using simulations and mathematical modeling to reconstruct geologic history.

Une série de leçons de cinématique appliquée, allant de l'étude des transports ferroviaires urbains aux duels de vitesse entre athlètes et animaux. La séquence permet de maîtriser les mouvements rectilignes uniformes et uniformément variés.

A 3-day exploration of the ecological impacts and ethical complexities of reintroducing wolves to Yellowstone National Park. Students analyze trophic cascades, evaluate stakeholder perspectives, and engage in a structured debate about conservation.

A comprehensive STEM series focusing on Organisms and Environments, specifically designed to address high-probability STAAR concepts through hands-on engineering challenges. Students explore life cycles, structures, and ecosystem dynamics by solving real-world biological problems.

Exploring the internal heat and dynamic processes that shape our planet's surface and interior.

A comprehensive unit on rotational mechanics, mapping the transition from linear motion to angular dynamics through technical analysis and real-world applications.