An engaging exploration of renewable and non-renewable natural resources, fossil fuels, and local conservation efforts through field-guide inspired readings, assessments, interactive sorting, and local mapping exercises.
An engaging third-grade lesson where students act as canine talent scouts, observing physical and behavioral traits to predict and match dogs with specialized jobs.
A highly differentiated 30-minute lesson where students act as 'Placement Officers' for the Pup Placement Agency. They analyze physical and behavioral traits of dog candidates and match them with appropriate service dog jobs, aligning with the OpenSciEd Grade 3 Trait Variation unit.
An introductory science lesson exploring ecological levels of organization, biotic versus abiotic factors, and population growth limits.
A comprehensive 5th-grade science and literacy lesson exploring the intricate food webs, energy flows, and unique plant adaptations of the Amazon Rainforest through paired texts and standard-aligned analysis.
A scaffolded 2-page assessment and corresponding answer key covering prokaryotic and eukaryotic cells, including bacteria, plant, animal, and human cells. Features visual matching, labeling with word banks, sentence frames, and guided sentence starters.
A retro 90s-themed science lesson where fourth-grade students explore the concepts of pitch and amplitude (volume) through the analog mechanics and culture of cassette tapes.
An end-of-year science and social studies review and reflection unit. Students reflect on their academic journey through a creative field log, test their knowledge in a collaborative trivia expedition, explore extension tasks via a STEM choice board, and design a curriculum time capsule project.
A hands-on science lesson for 3rd and 4th grade students focused on classifying animals into vertebrates and invertebrates. Students learn to distinguish between arthropods, mollusks, worms, amphibians, reptiles, fish, mammals, and birds using key physical characteristics.
A hands-on engineering and design project where students sketch, build, and decorate a miniature beach chair using popsicle sticks, fabric, and paint. Includes a comprehensive student-facing project packet with milestone checklist and a teacher grading rubric.
A complete lesson exploring natural selection, speciation, and invasive species through the story of Rollins and Kevin discovering the 'Swamp Squirrels' in an isolated East Texas forest. Includes a student reading packet with integrated comprehension questions and a detailed teacher answer key.
Master sensory language and persuasive advertising techniques by designing an original ice cream flavor, brand logo, and marketing pitch.
Explore states of matter, heat transfer, and freezing-point depression by making homemade ice cream in a bag using ice, salt, and cream.
Apply fraction multiplication and division to scale ice cream recipes up and down, converting fluid ounces, cups, and tablespoons.
Trace the historical origins of frozen desserts from ancient China and Rome to modern day, mapping how ingredients like vanilla, sugar, and cacao traveled globally.
An immersive, puzzle-driven coding escape room where students work in table groups to defeat a rogue AI. By solving four distinct chambers focusing on sequencing, loops, conditionals, and debugging, students demonstrate core computational thinking skills.
A comprehensive ecology review lesson focused on the levels of biological organization (organism to biosphere) and trophic levels (energy flow, producers, consumers, decomposers). Designed with scaffolded, modified text and guided fill-in-the-blanks for accessible learning.
A simplified, unthemed practice packet and guide for middle school ecology. Students master ecological levels, abiotic/biotic factors, limiting factors, carrying capacity, and natural disasters through direct, step-by-step examples.
A visual-first exploration of the water cycle designed for 3rd-grade students, featuring clear step-by-step instructions and comprehension checks optimized for students with hearing loss.
Students explore the fundamentals of heredity by distinguishing between inherited traits and learned behaviors. This lesson uses real-world examples from the plant and animal kingdoms to illustrate how traits are passed down through generations.
A comprehensive research and presentation project where students become wildlife experts, investigating a wild animal of their choice and creating a digital slide deck to share their findings.
A lesson focusing on ecosystem vocabulary including producers, consumers, and energy flow through food chains and pyramids. Includes tiered materials for elementary and middle school levels.
A project-based lesson where students design and build a balloon-powered vehicle to demonstrate Newton's Three Laws of Motion. Students act as 'Kinetic Engineers' to apply physics principles to a real-world engineering challenge.
A cumulative review lesson covering the vocabulary and core concepts from all three science literacy units.
An investigation into force, motion, and friction, focusing on an author's use of evidence and the nuances of language.
A narrative exploration of the water cycle, focusing on character interaction, theme, and plot development within a scientific context.
An exploration of the law of conservation of mass through informational text, focusing on reading for details, main ideas, and relationships between concepts.
Students engage in a forensic investigation using microscopy and chemical testing to identify unknown fiber samples found at a crime scene. The lesson emphasizes scientific observation, deductive reasoning, and the classification of natural versus synthetic materials.
This lesson explores how digital images are broken down into pixels, converted into binary code (1s and 0s), transmitted across distances, and reassembled on another device. Students will learn about the RGB color model and the fundamentals of digital communication.
A hands-on exploration of human impacts on biodiversity, featuring a collaborative card sorting game and a reflective CER analysis. Students identify and categorize negative and positive impacts while building academic vocabulary.
A 45-60 minute science lesson for 4th graders exploring sound waves through the lens of retro cassette tapes and music. Students will investigate how amplitude and wavelength relate to volume and pitch.
A multi-sensory lesson exploring the science of sound and the history of music technology through the lens of the classic cassette tape. Students will learn how sound is recorded, visualize music through art, and craft a creative story behind their own 'mixtape'.
A high-stakes cryptographic challenge where students master Caesar, Vigenère, and public key encryption to stop a simulated cyber attack. Students act as intelligence agents decoding secret messages to unlock a final digital vault.
An immersive movie guide for Tron: Legacy (2010), featuring a chronological fill-in-the-blank worksheet, an intro presentation, and a comprehensive answer key.
A foundational lesson on food chains across various ecosystems, specifically designed for special education students. Includes visual-heavy instruction on producers, consumers, and decomposers.
Students explore the engineering wonders of bird nests, observing local bird behavior and designing their own nest models using natural materials to understand animal adaptations and structural design.
A comprehensive workshop where students explore the intersection of food science and environmental sustainability, focusing on food waste reduction and traditional preservation techniques.
A collaborative STEM challenge where 6th grade mentors guide 2nd grade buddies to design and build the tallest possible tower using only index cards and tape. This lesson focuses on teamwork, engineering design principles, and measurement skills within a 40-minute window.
Students engineer functional solar ovens to investigate thermal energy transfer through convection, conduction, and radiation while celebrating the start of Indiana's summer weather.
An exploration of Earth's most intense weather events, focusing on the atmospheric physics that drive them and their profound effects on the planet's residents and habitats.