In these activities, you'll explore how genetics and Artificial Intelligence (AI) both use patterns and data to make predictions. First, you'll learn how traits are passed from parents to offspring by exploring inherited and learned...
In this course, you will become a Snack Sorting Scientist and learn how computers and Artificial Intelligence (AI) make decisions! You will sort snacks, test rules, and discover how AI learns from examples. You will...
Today you will read A Chair for My Mother and look for clues about why Rosa and her family make the choices they do. Then you will use Scratch to show your thinking with if–then...
In these lessons, you will become an AI detective and explore how computers and artificial intelligence (AI) learn to sort different animals based on their special features! Through fun, hands-on activities, talking with your classmates,...
Today you will be a character detective! You will read parts of Aladdin and the Wonderful Lamp and The Farmer and the Stork. You will look for clues about what characters are really like, then...
In this course, you will become a hurricane detective! You will learn how air, water, land, and living things work together to influence hurricanes. You will explore how scientists and AI use data and patterns...
Today you will be an inference investigator! You will explore the story of The Water Princess. You will look for text evidence to make inferences about Gie Gie's internal struggles and choices, then use Scratch...
Today you will become an AI detective and engineer to explore how artificial intelligence can help solve environmental challenges. You will investigate how AI systems are built and examine how missing or biased data can...
Today you will explore how artificial intelligence (AI) makes decisions and how those decisions can affect people. You will investigate real-world examples of AI systems, examine how data influences AI predictions, and explore how bias...
Students decompose fractions into sums of fractions using physical manipulatives and visual models to represent fractions in multiple ways. They then remix a Scratch project that uses conditional logic to check fraction decompositions, connecting mathematical...
You are a junior engineer at Arcadia Base, the first city on Mars. The base runs on solar panels, and it needs more power. Your job is to plan solar panel fields in rows and...
In this course, you will solve a Decimal Disaster as a QA tester. You will use place value to predict how numbers scale, repair Scratch code, test a pricing engine, and explain why accurate technology...
Students take on the role of AI detectives to explore how artificial intelligence makes decisions. They investigate how AI uses data to find patterns, how missing or unbalanced data can lead to mistakes (bias), and...
Students read A Chair for My Mother and learn to make inferences about characters by combining text evidence with background knowledge. They discover that an inference can be written as a simple if/then rule, the...
Students explore how artificial intelligence learns to classify information by sorting animals and identifying the characteristics that guide decisions. Through hands-on activities, collaborative discussion, and programming, students discover that AI uses the same logical thinking...
Students become character detectives, using evidence from the text and their own background knowledge to figure out what kind of person a character is. They learn that making inferences about characters is like following a...
Students become AI detectives to investigate how data and technology are used to predict hurricanes and protect communities. Through hands-on activities, they explore how scientists use AI to find patterns in past storms and create...
Students read The Water Princess and make inferences about what Gie Gie might be thinking and feeling — even when the author doesn't say it directly. They learn to turn those inferences into if–then statements...
Students become AI detectives and engineers to explore how artificial intelligence can help solve environmental challenges. They investigate how AI systems are built and examine how missing or biased data can impact outcomes for different...
Students explore fairness in artificial intelligence by examining how AI systems make decisions and how those decisions can impact people and communities. They investigate real-world examples of AI acting as a judge—such as grading exams,...
Students explore how genetics and Artificial Intelligence use patterns and data to make predictions. In this three-part sequence, students begin by learning the foundations of heredity, distinguishing between inherited and learned traits, and using Punnett...
Students decompose fractions into sums of fractions using physical manipulatives and visual models to represent fractions in multiple ways. They then remix a Scratch project that uses conditional logic to check fraction decompositions, connecting mathematical...
The Leadership and Coaching Institute is designed to develop transformational leaders in Computer Science (CS) and Artificial Intelligence (AI) education. Through a comprehensive four-module academy, participants will build the knowledge, skills, and leadership capacity needed...
Students become junior engineers at Arcadia Base, humanity’s first Mars colony. Their mission is to design and program solar-panel arrays that help power the colony. Through a Quick Look number-sense routine, physical and tile-based arrays,...
In this lesson, students act as Quality Assurance (QA) testers in a "Decimal Disaster" emergency to fix a broken pricing engine before an online store goes live. By "unscrambling" a Scratch program (a Parsons Problem),...
Students take on the role of AI detectives to explore how artificial intelligence makes decisions. They investigate how AI uses data to find patterns, how missing or unbalanced data can lead to mistakes (bias), and...
Students read A Chair for My Mother and learn to make inferences about characters by combining text evidence with background knowledge. They discover that an inference can be written as a simple if/then rule, the...
Students explore how artificial intelligence learns to classify information by sorting animals and identifying the characteristics that guide decisions. Through hands-on activities, collaborative discussion, and programming, students discover that AI uses the same logical thinking...
Students become character detectives, using evidence from the text and their own background knowledge to figure out what kind of person a character is. They learn that making inferences about characters is like following a...
Students become AI detectives to investigate how data and technology are used to predict hurricanes and protect communities. Through hands-on activities, they explore how scientists use AI to find patterns in past storms and create...
Students read The Water Princess and make inferences about what Gie Gie might be thinking and feeling — even when the author doesn't say it directly. They learn to turn those inferences into if–then statements...
Students become AI detectives and engineers to explore how artificial intelligence can help solve environmental challenges. They investigate how AI systems are built and examine how missing or biased data can impact outcomes for different...
Students explore fairness in artificial intelligence by examining how AI systems make decisions and how those decisions can impact people and communities. They investigate real-world examples of AI acting as a judge—such as grading exams,...
Students explore how genetics and Artificial Intelligence use patterns and data to make predictions. In this three-part sequence, students begin by learning the foundations of heredity, distinguishing between inherited and learned traits, and using Punnett...
Students decompose fractions into sums of fractions using physical manipulatives and visual models to represent fractions in multiple ways. They then remix a Scratch project that uses conditional logic to check fraction decompositions, connecting mathematical...
The Leadership and Coaching Institute is designed to develop transformational leaders in Computer Science (CS) and Artificial Intelligence (AI) education. Through a comprehensive four-module academy, participants will build the knowledge, skills, and leadership capacity needed...
Students become junior engineers at Arcadia Base, humanity’s first Mars colony. Their mission is to design and program solar-panel arrays that help power the colony. Through a Quick Look number-sense routine, physical and tile-based arrays,...
