A lesson exploring the structural and functional differences between DNA and RNA, focusing on molecular components and their roles in genetic expression.

A comprehensive assessment covering Mendelian genetics, incomplete dominance, codominance, and sex-linked traits through word problems and pedigree analysis.

A comprehensive capstone assessment covering CompTIA A+ Core 1 (220-1101) and Core 2 (220-1102) domains, including multiple-choice questions and performance-based scenarios.

A foundational lesson on electron configurations, covering subshell filling orders, orbital notation, and specific examples to visualize how electrons occupy atomic space.

Explores the mathematical relationship between acid/base strength, dissociation constants, and equilibrium pH calculations using the ICE method.

A project-based lesson where students synthesize their knowledge of physics and calculus by creating a visual poster that bridges the two disciplines.

A comprehensive study pack covering the principles of evolution, including vocabulary definitions and a conceptual framework linking key biological terms.

A comprehensive two-week research project exploring modern genetics, biotechnology, and ethical impacts on society. Students investigate topics like cloning, CRISPR, and the Human Genome Project through research, writing, and model-building.

In this lesson, students analyze the relationship between environmental factors and enzyme activity. They will use real-world data and graphical representations to evaluate scientific claims and understand the concept of protein denaturation.

Explores the equilibrium of buffer solutions and concludes with a summative assessment of the unit.

Focuses on neutralization reactions, predicting products, and performing titration experiments to determine unknown concentrations.

Students define acids and bases using Arrhenius and Brønsted-Lowry models, learn naming conventions, and master pH/pOH calculations.

An immersive data analysis lesson where students step into the role of intelligence analysts to examine 'classified' flight data and sighting reports from Area 51. Students will practice data interpretation, pattern recognition, and evidence-based reasoning.

A comprehensive look at cellular reproduction with a deep dive into meiosis, comparing it to mitosis to understand how genetic diversity is created.

In this capstone lesson, students analyze machine learning models to identify algorithmic bias and discuss the societal responsibilities of modern software developers.

An exploration of momentum conservation in two dimensions, using vector components to solve collision problems.

Students explore the relationship between force, time, and change in momentum through guided inquiry and data analysis.

A comprehensive review of the urinary system based on Concept 3 notes, focusing on kidney structure, nephron function, and systemic regulation.

Students step into the role of forensic scientists to solve a school lab robbery. They will explore PCR, gel electrophoresis, and DNA fingerprinting to analyze evidence and identify a suspect using a Claim-Evidence-Reasoning framework.

An interdisciplinary capstone project where students synthesize concepts from AP Physics 1, AP Physics 2, and AP Calculus BC into a comprehensive research poster. Students will model complex phenomena using advanced mathematical techniques and multi-disciplinary physics frameworks.

A focused lesson on the fundamental properties of mechanical waves, covering transverse and longitudinal types, and the mathematical relationships between velocity, frequency, wavelength, and period.

A technical exploration into the 'Pressure Propagation Loop' for the MLAOS vX.Ω prototype. This lesson covers the invisible tracking of player verbs and the architectural migration of consequence within a living system.

This lesson introduces foundational vocational skills for aspiring AI engineers, focusing on the practical steps required to manage environments, data, and models in a professional setting.

Teachers learn to break complex tasks into smaller, manageable steps using classroom routines and Iowa Core standards as examples.

An optional micro-lesson on using If/Then logic to simplify classroom decision-making and manage complex processes. Pairs with Lesson 5 (Algorithmic Thinking).

An optional micro-lesson exploring how data is categorized to create meaning and drive instructional decisions. Pairs with Lesson 3 (Pattern Recognition).

A comprehensive investigation into the biological mechanisms of seasonal allergies, focusing on the immune system's overreaction to pollen and the role of histamine. Students will explore hypersensitivity, physical symptoms, and evidence-based management strategies.

A foundational lesson on the geometry of motion, covering position, distance, displacement, and frames of reference for AP Physics 1.

A comprehensive introduction to the fundamentals of one-dimensional kinematics, covering position, displacement, speed, and velocity through various representational models.

A comprehensive analysis of the ethical, social, and scientific themes in the film GATTACA, focusing on biotechnology and genetic discrimination.

A comprehensive review lesson covering 27 Greek and Latin roots to help developmental reading students prepare for their morphology assessment through gamified slides and a decoding worksheet.

A comprehensive review lesson covering 27 Greek and Latin roots to help developmental reading students prepare for their morphology assessment through gamified slides and a decoding worksheet.

This lesson covers fundamental accounting concepts including asset valuation, tax structures, and inventory management through a hands-on crossword challenge.

A comprehensive research project where students explore physics concepts in space and radiation through visual-minimalist presentations. The project emphasizes deep understanding of content over text-heavy slides.

A focused practice session on translating chemical reactions between word descriptions and symbolic equations, covering key concepts of reactants, products, and stoichiometry.

A comprehensive guide to meiosis, focusing on the structural and functional differences between Meiosis I and Meiosis II through visual identification and comparative analysis.

A comprehensive look at ecology, population dynamics, and biodiversity through practice and analysis.

In this lesson, students will analyze complex data visualizations to understand how biodiversity impacts ecosystem stability and how species depend on one another. They will learn to interpret multi-variable graphs and identify keystone species' roles.

In this lesson, students explore the different mechanisms of evolution, specifically focusing on the distinctions between Natural Selection and Genetic Drift through active sorting and scenario analysis.

A full-length practice exam mirroring the final's format, accompanied by a comprehensive step-by-step solution manual.

Detailed one-page study summaries covering the seven core pillars of introductory chemistry found in the final exam.

An introductory session reframing Computer Science from "coding on screens" to a tool for problem-solving and organizing thought.

Identifying repetitive tasks that can be turned into "Loops" to increase classroom efficiency and teacher focus.

Rebranding grading and feedback as a "debugging" process to identify where student logic breaks down.

Developing logical, step-by-step plans (social code) that ensure precise and predictable classroom routines.

Teachers practice removing unnecessary details from lesson plans and instructions to focus on core learning objectives.

Explores how identifying patterns in classroom environments and curriculum helps anticipate outcomes and reduce cognitive load.

A comprehensive lesson on meiosis covering its phases, final products, and its critical role in genetic diversity compared to mitosis. Students will engage with visual models and comparative analysis.

A professional staff presentation introducing Lenny Learning to educators at Mile Tree School, highlighting efficiency, differentiation, and student engagement.