A comprehensive study sequence covering atomic structure, periodic trends, chemical bonding, and nomenclature to prepare students for chemistry assessments.

A comprehensive 4-day sequence focusing on the application of thermal energy concepts, including conduction, convection, radiation, and insulation through hands-on labs and real-world analysis.

An engineering and biology sequence that teaches students to look to nature for sustainable and efficient design solutions, fostering innovation and biological appreciation.

Une exploration approfondie de la structure de la matière, passant de l'échelle macroscopique des espèces chimiques à l'échelle microscopique des entités, avec un focus sur les atomes, les ions et les composés ioniques.

An immersive journey through space science, mapping out everything from planetary orbits to the fundamental forces like gravity and stellar evolution that shape our universe. Designed as a cohesive "Field Manual" series for middle school explorers.

A two-part exploration of astronomy, tracing the journey from Ancient Greek mythological interpretations and star-based navigation to modern space science, GPS technology, and lunar missions.

A modular physics unit focused on the principles of electricity, circuit design, and the mathematical laws governing energy flow in electrical systems.

A comprehensive Freshman Biology sequence adapted for Specialized Academic Instruction (SAI), featuring a 5th-grade reading level, heavy visual support, and hands-on learning models across two semesters.

A comprehensive review unit focused on the cycling of matter and flow of energy within Earth's systems, specifically designed to prepare students for the Biology midterm.

A comprehensive unit exploring human impact on the environment, designed for high school ESOL students, integrating Biology TEKS with English Language Proficiency Standards through thematic lounge-style stations.

A week-long independent study unit based on 'The Boy Who Harnessed the Wind', guiding students through literary analysis, scientific research, and engineering design.

A two-day exploration of physical properties, distinguishing between those that depend on the amount of matter (mass, volume, weight) and those that are intrinsic to the substance (density, melting point, boiling point, solubility).

Une séquence complète de physique-chimie pour le niveau 4ème sur le concept de force et d'interaction, structurée en 4 séances incluant un TP en demi-groupe. Elle couvre la modélisation par des diagrammes objet-interaction, la mesure au dynamomètre et la distinction entre poids et masse.

Une séquence immersive pour découvrir les secrets du cerveau humain, sa structure, ses fonctions et son incroyable capacité à apprendre.

An exploration of how humanity harnessed the stars and the physics of time to build global networks, mapping the Earth through celestial symmetry and precision engineering.

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 foundational biology sequence covering reproduction, cell classification, and organism traits for middle school science.

A 5-hour intensive review sequence covering the core pillars of biology: Cells, Enzymes, DNA, Meiosis/Mitosis, and Genetics. Designed for high-impact Saturday school sessions.

A comprehensive unit exploring the biosphere, ecosystem stability, and human impact, designed for 9th-grade biology students.

An immersive 5-room murder mystery escape room experience designed for teens, focusing on collaborative problem-solving and logic. Students work in teams to solve riddles and puzzles to identify the culprit in the 'Midnight Manor' case.

A comprehensive 3-day sequence focused on distinguishing between physical properties of matter that are independent of amount (density, solubility, melting/boiling points) and those that are dependent (mass, volume, weight). Students act as 'Substance Sleuths' to investigate these properties through hands-on labs and visual note-taking.