A unit exploring how ecosystems change over time through primary and secondary succession, focusing on ecological stages and resilience.

A comprehensive final summative project for high school seniors that transforms traditional case study research into a hands-on forensic investigation. Students analyze multiple evidence types including DNA, fingerprints, blood spatter, and toxicology to solve a complex cold case.

A creative end-of-year science unit where students apply their knowledge of Earth's tilt and orbit to design custom seasonal cycles for fictional planets. This sequence encourages divergent thinking and deep understanding of how axial tilt impacts climate and light.

A series of lessons exploring diverse human pathologies, from chronic metabolic disorders like diabetes to acute viral infections like Hantavirus.

A comprehensive 42-day collection of class starters for an 8th-grade forensics course, covering foundations, physical evidence, biological evidence, and forensic reasoning.

A comprehensive unit exploring the properties, reactions, and mathematical relationships of acids and bases, featuring pH calculations, titrations, and buffer systems.

A capstone unit exploring the intersections of machine learning, data ethics, and the societal impact of algorithmic decision-making. Students transition from being technical builders to critical auditors of modern software.

A comprehensive physics unit covering the behavior of mechanical and electromagnetic waves. Students transition from hands-on slinky exploration to advanced optical modeling and mathematical derivations.

A comprehensive series of vocabulary assessments designed to reinforce computer science concepts through repeated exposure and varied questioning.

A guided discovery sequence on linear momentum, impulse, and 2D collisions, focusing on inquiry-based learning and vector analysis.

A complete 36-week high school biology curriculum designed for 9th-grade students, aligned with Indiana Academic Standards for Biology. This course progresses from microscopic biochemical foundations to macroscopic ecological systems.