A fast-paced review sequence focused on cell transport, homeostasis, and speciation to prepare students for biology assessments.

A cross-curricular journey where students blend scientific observation with artistic expression, developing ELA skills through field notes, procedural writing, and narrative storytelling.

A chemistry research project focused on individual elements of the periodic table, designed for special education students. It includes two tracks: a one-week 'Senior Sprint' for graduating students and a two-week 'Junior Journey' for in-depth exploration.

A physics unit wrap-up focusing on collisions, momentum, and vehicle safety engineering. This sequence transitions from hands-on lab investigation to independent data analysis and mathematical modeling.

A comprehensive unit exploring the intricate webs of life, focusing on the relationships and environmental factors that shape ecosystems.

A comprehensive full-year planning framework for high school Life Science: Biology, including pacing, unit objectives, lab requirements, and assessment strategies.

A series of materials focused on building and programming assistive technology interfaces, specifically switch-based controls for accessibility.

A bilingual (English/Spanish) unit exploring the structure and organization of the periodic table, focusing on atomic properties and element classification.

A series of quick, engaging bell-ringer activities focused on building technical vocabulary and understanding computer-related terminology through matching exercises.

A 4-day science unit for high school Essential Skills students exploring light sources, movement, reflection, shadows, and the visible spectrum. Each day includes visual slides, hands-on activities, and simplified assessments designed for accessibility and engagement.

A series of high-impact biology lessons exploring the foundations of genetics, clinical genetic disorders, and genome mapping. Each lesson features chunked instruction, interactive stations, and rigorous monitoring.

A professional development series for PreK-12 educators that reframes Computer Science as a "Superpower" through Computational Thinking. Teachers explore how CS concepts like decomposition, abstraction, and automation are already present in their daily instructional practices and Iowa Core content.

A comprehensive unit focused on the digital launch of marketing campaigns, bridging the gap between design and messaging to create persuasive online presences.

Students learn to use digital tools to organize, compare, and analyze market data using advanced spreadsheet techniques like formulas, sorting, and filtering.

A unit focused on the visual principles of brand identity, moving from theory (color, type) to creation using vector-based tools like Google Drawing.

A series of lessons exploring how Earth's chemical and physical systems support life, focusing on nutrient cycling and the biosphere's delicate balance.

A comprehensive identity design unit where students explore the psychological and visual elements of branding, including color theory, typography, and logo composition.

A unit focused on forensic science techniques, specifically focusing on the collection and analysis of physical evidence from crime scenes.

A 3-lesson unit on the water cycle, weather patterns, and global circulation designed for 7th-grade SPED students. This sequence covers the energy drivers of water movement, the interaction of air masses, and the patterns of oceanic and atmospheric circulation with heavy scaffolding and visual supports.

A 10-day comprehensive science unit designed for high school students in functional skills programs, focusing on the solar system with high-interest visuals and accessible 3rd-grade level text. Students explore the sun, earth's cycles, the moon, planets, and the life of astronauts through a 'field guide' lens.

A study of the iconic predator-prey relationship between wolves and moose on Isle Royale, exploring population dynamics, carrying capacity, and limiting factors.

A sports-science unit exploring the chemistry of performance and the architecture of the human body. Students investigate energy changes in reactions through the lens of metabolism and injury recovery, and discover how the skeletal system provides the structural foundation for athletic movement.