Curriculum proof for every ModelIt lesson
Explore the full standards guide as a web-native experience: NGSS, ISTE, National Health Science standards, California Health Education indicators, and the ModelIt biotech modeling skills practiced in each lesson.
Five ways to document curriculum fit
The guide is built for teachers, curriculum directors, CTE health science pathways, and district review teams that need clear standards evidence.
Next Generation Science Standards
Each lesson targets one or more Performance Expectations so teachers can map ModelIt directly into existing science scope-and-sequence plans.
Technology & computational thinking
Digital modeling, simulation, data interpretation, and iterative design connect lessons to ISTE student standards.
Health science career pathways
Biomedical systems modeling supports academic foundations, systems thinking, safety, health maintenance, and information technology standards.
California Health Education
Lessons involving body systems, disease, nutrition, wellness, and public health include grade-appropriate California Health Education indicators.
10 biotech modeling competencies
Every row identifies which ModelIt modeling skills students practice, from component construction through debugging and revision.
Biology, technology, and computation work as one system
The guide frames ModelIt around the same cycle used in modern biomedical research: biological questions produce data, technology makes that data usable, and computation turns it into testable models.
Biology
New questions and discoveries
Technology
New tools and new data
Computation
New software and hypotheses
A K–12 progression from building to revision
Every lesson practices a subset of ten modeling competencies. The table below renders those PDF dots as searchable, accessible skill indicators.
Model Construction
Simulation Setup
Model Analysis
Simulation Analysis
Debugging & Revision
Drop ModelIt into the unit you already teach
ModelIt is a supplement, not a replacement. The guide recommends using models before, during, and after a unit so students can make their changing understanding visible.
Start of unit
Introduce the phenomenon with a first-draft model students can revisit as their understanding grows.
After reading or lab
Students reopen the model and update components, relationships, or activity levels based on new evidence.
What-if tool
When students ask a systems question, they can test the scenario in their model and report back.
Peer discussion
Students compare models, debate differences, and use evidence to justify each relationship.
Presentation tool
Students project their model, run scenarios, and answer live what-if challenges from classmates.
End of unit
The growth from first model to final model becomes visible evidence of student learning.
Search every lesson alignment
Filter the extracted guide by grade, level, lesson title, NGSS code, ISTE code, NCHSE foundation standard, or California Health Education alignment.
What Makes Things Move?
Does the Sun Warm Everything the Same?
What Do Plants Need to Grow?
Where Do Animals Live?
What's the Weather Like Today?
Can We Stop a Flood?
Where Does Rain Come From?
How Do We Take Care of Earth?
What Happens When You Push Harder?
How Does Sound Travel?
Why Can We See Through Some Things?
How Do Baby Animals Look Like Their Parents?
What Do Animals Need to Survive?
How Do Animals Use Their Body Parts?
Why Is It Dark at Night?
How Do Seasons Change?
Can You Send a Message with Light?
How Do Plants Grow from Seeds?
What Makes a Shadow?
Can You Bend Water?
Where Did the Puddle Go?
Why Do Some Seeds Travel Far?
Can Plants Grow Without Soil?
Why Don't We See Dinosaurs?
How Do Maps Help Us Find Things?
What Makes Wind Blow?
How Fast Does Ice Melt?
Why Are There So Many Kinds of Bugs?
How Do Rocks Tell Stories?
Why Do Magnets Stick?
Can You Predict the Weather?
Why Do Animals Live in Groups?
How Do Fossils Form?
Why Do Some Animals Look Different?
How Does Water Shape the Land?
What Happens When Habitats Change?
Can Plants Survive Without Bees?
How Can We Protect Against Natural Hazards?
Why Do Objects Move Differently?
Why Do Roller Coasters Go So Fast?
How Does Your Phone Hear Your Voice?
Why Can't You See in the Dark?
Why Do Animals Have Superpowers?
How Does Your Brain Know That's Hot?
Why Are There Seashells on Mountains?
Can a River Eat a Mountain?
Where Does Your Electricity Come From?
Can We Stop an Earthquake from Breaking Buildings?
Why Do Marbles Crash and Bounce?
The Energy Roller Coaster: Where Does Speed Come From?
Can Sound Travel Through Space?
Why Do Some Animals Survive Winter?
The Mountain That Used to Be an Ocean
Can We Power a City with Wind?
Building for the Big One: Earthquake Engineering Lab
Chain Reaction: When Energy Moves Object to Object
Why Does a Black Car Get Hotter?
Can You Hear a Tsunami Coming?
Why Does Your Bike Rust?
When Trees Become Matches
Nature's Recycling System
Powered by the Sun
Earth's Hidden Water
The Disappearing Act
Where Does a Tree's Mass Come From?
The Mushroom Network Under Your Feet
How Soap Actually Destroys Viruses
Whose Air Is This?
The Light You're Seeing Is Already Old
The Carbon Cycle: Where Does Your Breath Go?
Solar vs. Fossil: The Energy Showdown
The Water Crisis: Who Gets the Water?
Phase Changes: When Matter Transforms
The Food Web Puzzle
Earth Systems Collide: Volcanoes, Climate, and Life
Starlight and Distance: Mapping the Universe
Why Does Ice Cream Melt Faster on a Hot Day?
Can a River Change Direction?
Why Do Some Things Dissolve and Others Don't?
Why Can't You See Your Own Cells?
When the Earth Cracks Open
Why Your Hot Cocoa Betrays You
The Rock That Remembers Everything
Slime Is Serious Science
Your Body Is a City of Trillions
The Invisible Plant Factory
Can You Outsmart a Disaster?
Your Sneakers Are Made of Dinosaurs
The Secret War in Your Backyard
Who Eats Who? Energy Flow Through Food Webs
Why Does Your Coffee Get Cold?
Plate Tectonics: Predicting Where Earth Will Crack Next
Inside the Cell: The Factory That Runs Your Body
Atoms Rearrange: Modeling Chemical Reactions
The Invisible Plant Factory: Photosynthesis Deeper
Engineering a Solution: The Design Process
Why Does It Feel Colder When It's Windy?
Why Can't Two Plants Share the Same Sunlight?
Why Do Some Countries Run Out of Water?
Blood Moon: When the Sky Turns Red
Your Inner Fish
Earth Has a Fever
The Invisible Force That Charges Your Phone
Every Drop You Drink Is Recycled Dinosaur Water
Why Hot Cheetos Make You Cry
Why You Can't Slide Forever
The Crime Scene in Every Rock
We Built a Better Dog (And Maybe a Mistake)
Your Phone Speaks in 1s and 0s
The Invisible War: How Your Immune System Fights Back
DNA Decoded: Why You Are (Mostly) Unique
Ocean Currents and Climate: The Conveyor Belt
Newton's Laws: Why Things Move the Way They Do
Evolution in Action: How Species Change Over Time
Electromagnetic Spectrum: Beyond Visible Light
Rock Cycle Deep Dive: From Magma to Mountain
Why Do You Weigh Less on the Moon?
Why Are Cheetahs Losing Their Speed?
Can We Run Out of Rare Earth Metals?
Superbugs: Evolution You Can See
The Reef Is Bleaching
Your Phone's Dirty Secret
Why Hurricanes Are Getting Angrier
The Roller Coaster Equation
The Concussion Problem
How LeBron Turns Food Into Dunks
Why Do You Look Like That?
Your Music Is a Wave
Hand Warmers and Hidden Reactions
Survival of the Fittest: Can You Outrun Natural Selection?
Trophic Cascades: When Predators Disappear
Why Baking Soda Explodes: Reaction Rates and Energy
Climate Feedback Loops: Why Small Changes Get Big
Potential to Kinetic: The Energy Transformation Chain
Genetic Mutations: When DNA Makes a Typo
Wave Properties: Amplitude, Frequency, and Speed
Why Is Gold So Different from Iron?
How Does a Cut Heal Itself?
Why Is Groundwater Disappearing?
Why Do Athletes Collapse in the Heat?
The Vaping Crisis: What's Really Happening to Your Lungs?
Can We Actually Live on Mars?
Why Your Phone Battery Dies So Fast
The Ocean Is Turning to Acid
Why Some People Can't Drink Milk
How Social Media Hacks Your Brain
Fast Fashion Is Killing the Planet
Why Earthquakes Hit Some Cities Harder
The Wildfire Feedback Loop
The Antibiotic Resistance Arms Race
Climate Tipping Points: The Point of No Return
Why Pandemics Go Exponential
The Opioid Epidemic: When Medicine Becomes the Disease
Coral Reef Collapse: Death of an Underwater City
The Water-Energy-Food Nexus: Three Crises, One System
Urban Heat Islands: Why Cities Are Hotter Than Forests
CRISPR Gene Drives: Rewriting Evolution
Microplastics in the Food Chain: The Invisible Invasion
Renewable Energy Grid Optimization: Powering the Future
Designing a Cancer Drug That Actually Works
Engineering a Superbug Killer
CRISPR Gene Drive: Should We Eliminate Malaria?
Growing Meat Without the Animal
Predicting the Next Pandemic
Designing Organisms That Eat Plastic
Metabolic Engineering for Biofuels
Gene Regulatory Networks
Vaccine Design Optimization
Climate-Ecosystem Coupled Models
Why Do Fireworks Explode in Different Colors?
Can Nuclear Power Actually Save the Planet?
Why Do Roller Coasters Make You Scream?
How Does Your Phone Fit 10,000 Songs?
Why Are You Taller Than Your Grandparents?
What Happens When Wolves Disappear?
Why Can't Weather Apps Get It Right?
How Do We Know the Earth Is 4.5 Billion Years Old?
Why Do Magnets Work Through Your Phone Case?
Why Can't Humans Photosynthesize?
Why Is Lithium the New Gold?
How Do Stars Forge Every Atom in Your Body?
The Carbon Bomb: Why Thawing Permafrost Terrifies Scientists
Can We Engineer the Amazon Back to Life?
Why Did Dinosaurs Rule and Then Vanish?
How Does 5G Actually Work?
Why Does a Glow Stick Stop Glowing?
The Nitrogen Crisis: Why Fertilizer Is Destroying Our Rivers
How Do Doctors See Inside You Without Cutting You Open?
Why Do Animals Migrate Thousands of Miles?
Designing a Mars Habitat That Won't Kill You
Building a Star on Earth: The Fusion Energy Challenge
Quantum Computing: Why 0 and 1 Aren't Enough
Carbon Capture at Scale: Can We Vacuum the Atmosphere?
Engineering Earthquake-Proof Skyscrapers
How Self-Driving Cars See the Road
Designing the Perfect Artificial Organ
Can the Ocean Power Entire Cities?
De-Extinction: Should We Bring Back the Woolly Mammoth?
Building a Space Elevator: The Ultimate Engineering Challenge
Why Is Your Phone Designed to Be Addictive?
Can We Actually Feed 10 Billion People?
Why Do Some Neighborhoods Flood While Others Don't?
How Does Your Immune System Learn?
Is Fast Fashion Destroying the Planet?
Can an Algorithm Be Racist?
Why Do Bridges Collapse?
How Do Noise-Canceling Headphones Work?
Could We Actually Mine Asteroids?
Why Do Pandemics Spiral Out of Control?
The Ocean's Silent Emergency
Can Cities Run on 100% Clean Energy?
The Coral Reef Death Spiral
When Permafrost Melts, What Wakes Up?
Can We Reverse Deforestation Before It's Too Late?
Why Is Clean Water Becoming Scarce?
The Plastic Paradox
Can Soil Save the Climate?
Why Do Invasive Species Win?
The Heat Island Effect
Can CRISPR Cure Genetic Diseases?
The Quantum Computing Revolution
Can We Build a Fusion Reactor?
How Does a Neural Network Learn?
Can Synthetic Biology Create New Life?
Can We Capture Carbon from Thin Air?
How Do Self-Driving Cars See?
Can We 3D-Print a Human Organ?
Can Nanotechnology Deliver Medicine to Individual Cells?
Will Brain-Computer Interfaces Change Humanity?
Why Does Your Brain Lie to You?
The Science of Sleep: Why Teens Can't Wake Up
Is Your Tap Water Safe?
The Ultra-Processed Food Problem
Why Some People Get Addicted and Others Don't
Why Is Antibiotic Resistance Getting Worse?
Can We Edit the Human Genome?
Why Does Stress Make You Sick?
Is Social Media Rewiring Your Brain?
How Can One Mutation Change Everything?
Is Climate Change Reversible?
Why Are Coral Reefs Dying?
Can We Feed 10 Billion People?
Where Does All the Plastic Go?
Why Are Species Going Extinct So Fast?
Can Renewable Energy Replace Fossil Fuels?
Is Our Freshwater Running Out?
How Do Wildfires Reshape Ecosystems?
Can We Engineer the Climate?
Why Do Environmental Inequities Exist?
Can We Colonize Mars?
How Do Pandemics Spread?
Can AI Become Conscious?
How Do We Build a Sustainable City?
Can We Cure Cancer?
How Does the Brain Create Consciousness?
Can We Reverse Aging?
How Do Ecosystems Recover from Catastrophe?
Can Nuclear Fusion Power the World?
What Defines the Ethics of Science?
Does More Beavers Mean a Bigger Dam?
Can a Robot Swim Like a Beaver?
Sponge vs. Pavement
Telephone Game — How Signals Travel
One Species Changes Everything
Should We or Shouldn't We?
Ecosystem Engineers
Biomimicry Design Lab
Ecohydrology — Fire-Resistant Landscapes
The Brain-Machine Connection
Restoring Ecosystems — Data-Driven Recovery
AI, Robotics & Ethics — Modeling Hard Choices
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