A comprehensive 4th-grade lesson introducing students to the world of llamas, covering their habitat, diet, and unique physical characteristics through engaging visuals and a reading comprehension activity.

A comprehensive exploration of the butterfly life cycle, featuring anatomy, metamorphosis comparisons, and dietary habits at each stage.

A comprehensive lesson on llama social behaviors, including herd dynamics, communication methods like humming and spitting, and their roles as protector animals. Students will explore how these camelids interact with each other and their environment.

An introductory lesson for 4th graders on llamas, focusing on their unique physical adaptations for survival in the high-altitude Andes Mountains.

Applying rational expression operations to solve complex equations and modeling real-world problems.

Exploring the techniques for finding common denominators and combining rational expressions through addition and subtraction.

Mastering the art of simplifying, multiplying, and dividing rational expressions through the power of factoring.

A 4th-grade math lesson that uses llamas as a context for solving multi-step word problems involving the four operations, measurement, and data interpretation.

An engaging exploration of llamas, their South American heritage, and their unique characteristics for 4th-grade students.

An engaging exploration into the world of llamas, covering their South American heritage, unique physical adaptations, and roles in human history. Students will learn to distinguish llamas from their relatives and understand their importance as pack animals.

A set of architectural-themed task cards and supporting materials focused on adding, subtracting, multiplying, and factoring polynomials.

Lesson for studio export and print testing

A fun, llama-themed math lesson for 4th graders focusing on multi-digit multiplication and division through real-world llama farm scenarios.

An introduction to the Engineering Design Process (EDP), defining each stage and understanding why engineers use a structured approach.

A hands-on introduction to the Engineering Design Process where students act as aerospace engineers to solve a landing challenge.

A comprehensive introduction to the Engineering Design Process (EDP), guiding students through identifying problems, brainstorming solutions, and testing prototypes.

A fun, hands-on math lesson for 4th graders exploring llama measurements including weight, height, and wool length through word problems and a data-tracking activity.

A lesson focusing on the fundamental principles of Mendelian genetics, including Punnett squares and the laws of inheritance.

Lesson for studio export and print testing

The capstone project where students apply all three laws to design a marble roller coaster, calculating energy shifts and force requirements for a safe, thrilling ride.

An investigation into Newton's Third Law (Action/Reaction) and conservation of momentum using collision sports like soccer and hockey as models.

Focusing on Newton's Second Law ($F=ma$), students experiment with mass and acceleration using heavy and light sports equipment to see how force changes performance.

Students explore Newton's First Law (Inertia) through extreme sports examples like skateboarding and snowboarding, understanding how objects resist changes in motion.

In this lesson, students will take on the role of 'Mission Engineers' to explore the Engineering Design Process (EDP). They will learn to identify problems, brainstorm solutions, build prototypes, and iterate on their designs through hands-on challenges.

In this lesson, students will take on the role of 'Flight Engineers' to explore and apply the Engineering Design Process (EDP) to solve a aerospace-themed challenge.

A final assessment where students demonstrate their mastery of fractions through a series of bakery-themed challenges.

Students learn to identify and create equivalent fractions by 'decorating' cakes and comparing different slicings.

Students explore the basics of fractions (numerator, denominator) and represent them using 'bakery items' like pies and pizzas.

A hands-on introduction to the Engineering Design Process (EDP), guiding students through the stages of Ask, Imagine, Plan, Create, and Improve through a mini-challenge.

A hands-on introduction to the Engineering Design Process (EDP), guiding students through the Ask, Imagine, Plan, Create, and Improve stages to solve a practical challenge.

A hands-on introduction to the Engineering Design Process (EDP) where students solve a 'Mars Lander' challenge using everyday materials.

A fun, llama-themed lesson for 4th graders that bridges the gap between fractions and decimals through real-world llama care scenarios. Students will explore tenths and hundredths while learning about llama anatomy and behavior.

A high-energy, hands-on introduction to the Engineering Design Process (EDP) where students take on the role of 'Mission Engineers' to solve a rapid-fire design challenge.

Students design, build, and iterate on a Mars lander prototype using household materials to safely deliver a "payload."

Students are introduced to the Engineering Design Process (EDP) through a collaborative tower-building challenge, learning the importance of constraints and iteration.

A 60-minute introductory lesson exploring the physical characteristics, behaviors, and habitats of llamas, designed for 4th-grade students.

A high-energy introduction to the Engineering Design Process (EDP), focusing on the "Define" and "Imagine" phases through a hands-on Mars Rover challenge.

Students learn how engineers help solve community problems by designing a sustainable solution for a local environmental or social issue.

Students 'Create' and 'Test' their bridge designs using simple materials, followed by 'Improving' their structures based on performance data.

Students delve into the 'Define' and 'Imagine' phases of the Engineering Design Process by researching bridge types and brainstorming innovative solutions to span a gap.

A hands-on introduction to the Engineering Design Process where students act as aerospace engineers to design, build, and test paper rockets.

A hands-on introduction to the Engineering Design Process where students act as aerospace engineers to solve a landing challenge.

A reflective workshop for adults exploring the permanence of the internet through the lens of YouTube's first video, 'Me at the zoo,' focusing on digital footprints and guiding children's online presence.

A lesson exploring the transformation of digital media production through the lens of YouTube's first video, 'Me at the zoo', contrasting early raw footage with modern high-production content.

A high school history and technology lesson exploring the origins of the platform economy through the lens of the first YouTube video, 'Me at the zoo'. Students analyze the shift from professional broadcasting to user-generated content and debate the societal impacts of democratized media.

A High School History lesson exploring the shift from Web 1.0 to Web 2.0 through the lens of primary source analysis, featuring 'Me at the zoo' as a historical artifact of digital democratization.