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

A comprehensive unit focused on environmental stewardship, exploring waste management, conservation, and sustainable living through hands-on activities.

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.

An ecology-focused sequence exploring population dynamics, ecosystem stability, and the intricate dance between predators and their prey through the famous Isle Royale case study.

A comprehensive unit on cellular reproduction, focusing on the mechanics of mitosis, DNA replication, and the cell cycle. Students will move from broad overviews to detailed phase analysis using visual-heavy instruction.

A comprehensive science unit focused on global biomes, adaptations, and ecological relationships, culminating in a creative travel brochure project.

A comprehensive 5-day unit on payroll accounting, covering gross pay calculations, tax deductions, and employer-provided benefits through real-world business scenarios.

A comprehensive review sequence covering chemical bonding, VSEPR theory, covalent nomenclature, and intermolecular forces. Includes a structured study guide, a visual slide deck, and a detailed answer key.

A comprehensive exploration of Earth's diverse biomes, covering climates, geography, and complex biological adaptations. Each lesson focuses on a different environment, starting with the arid world of deserts.

A 3-day introductory unit for Digital Design students, focusing on Project-Based Learning, collaborative teamwork, and the very first steps into Adobe Photoshop. Students will connect classroom learning to workforce readiness through a giant collaborative mural and guided discovery of design tools.

A comprehensive exploration of the Central Dogma of biology, focusing on the processes of transcription and translation as required for the NYS Living Environment Regents exam. Students will learn how genetic information flows from DNA to RNA to proteins, determining an organism's traits.

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 hands-on forensic science sequence focusing on the collection and analysis of trace evidence, specifically soil and glass fragments, through an outdoor scavenger hunt.

A comprehensive unit focused on mastering the three pillars of exposure: Aperture, Shutter Speed, and ISO, culminating in full manual mode proficiency.

A sequence exploring the mechanics of ocean currents and their role in regulating global climate, based on the SciShow documentary.

A literary science unit exploring tectonic plates and earthquake mechanics through narrative storytelling and character-driven prose.

A comprehensive Earth Day unit focused on climate change and personal impact, specifically designed for high school students with foundational literacy needs. The sequence integrates the four language domains—reading, writing, listening, and speaking—through accessible text and scaffolded activities.

A week-long exploration of ecological tolerance, focusing on how plants and animals survive within specific environmental ranges. Students identify key factors, analyze tolerance curves, and apply concepts to real-world environmental shifts.