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Design for Deeper Learning

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Recent Designs

Kickin' Numbers Soccer Fest

Grade Level:

Initial ideas

Create a soccer festival with games that teach students about using tens and ones to build numbers.

Battle of the Brains: Civil War Curriculum

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Initial ideas

Set up a full curriculum for the civil war include math science history and ELA. Projects mostly

Debate Dash: Lincoln vs. Douglass Showdown!

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Initial ideas

I want to create a project in which students need to reenact the Lincoln Douglass debates.

RoboClub Web Wizards: Code & Create!

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Initial ideas

Making a website for a school club, robotics club. Using HTML, CSS, JavaScript

Array Adventure: Code & Conquer!

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Initial ideas

AP CS A Arrays creation and accessDescription In this lesson, students will learn how to create, access, and use arrays in Java. They will also implement arrays as instance variables within classes and explore how encapsulation protects data integrity. Objective Students will be able to: Declare, initialize, and modify arrays in Java Access array elements and use array length Use arrays as instance variables in custom classes Apply encapsulation principles to protect data access

Pokévolution: Create, Evolve, and Survive!

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Initial ideas

In this challenge, you will design an original Pokémon species and explain how its genetic traits and mutations have evolved to improve its survival in a specific environment. Your Pokémon’s physical traits, abilities, and behaviors should be directly tied to the unique challenges it faces in its habitat. You will use scientific concepts related to genetics, natural selection, and adaptation to explain your design choices. Objectives: Create an original Pokémon species with a detailed description. Analyze the environmental challenges your Pokémon faces and how its genetic traits help it survive. Use scientific concepts such as natural selection, mutations, and genetic inheritance to explain your Pokémon’s adaptations. Instructions: Create Your Pokémon: Name your Pokémon. Provide a physical description (size, shape, color, features, etc.). What does your Pokémon look like? How does its body structure, color, and any unique features help it survive in its environment? For example, does it have camouflage to blend into its surroundings? Does it have specialized limbs or adaptations for movement or survival? Abilities and Powers: What unique abilities or moves does your Pokémon have? How do these abilities help it adapt to its environment? For instance, a fire-type Pokémon might have flame-resistant skin in a volcanic area, or a water-type Pokémon might have gills to breathe underwater. Behavior and Habits: How does your Pokémon behave in its environment? Is it nocturnal, migratory, or does it have any social behaviors? Consider its feeding habits, how it protects itself, or how it finds shelter. Determine its type(s) (e.g., Fire, Water, Grass, Electric, Psychic, etc.). Draw or design an image of your Pokémon. Describe Its Environment: Select an environment in which your Pokémon lives. Consider diverse habitats such as a desert, ocean, forest, cave, or mountainous region. Describe the specific environmental challenges your Pokémon faces. (e.g., extreme temperatures, scarce food sources, predators, etc.) Explain Its Genetic Adaptations: Identify at least three genetic traits that have evolved in your Pokémon to help it survive in its environment. These can include physical traits (like body shape, color, or specialized appendages). Mutation: What genetic mutations might have occurred in your Pokémon's ancestors to allow for the development of these traits? How do these mutations help your Pokémon survive better than others in the same environment (e.g., a mutation that allows for heat resistance in a desert environment or enhanced vision in a dark cave)? Natural Selection: Explain how natural selection has shaped your Pokémon’s evolution. Which traits are favored because they increase the Pokémon's chances of survival and reproduction? Are these traits the result of a long process of adaptation to the environment? Create a Genetic Inheritance Chart: Pedigree Chart: Imagine how traits are passed down from one generation to the next in your Pokémon species. Create a Punnett square or a similar chart to show how genetic traits (dominant and recessive) might be inherited. For example, you could show how a trait for camouflage color (e.g., green or brown) is passed down through generations. Write a script to a nature documentary: After designing and creating your pokemon, write a script for a nature documentary featuring your Pokémon. The script should highlight how the adaptations and genetics of your Pokémon overcome challenges in its environment. evading a predator finding food surviving a natural disaster attracting a mate protecting your home surviving all the seasons of the year Passing on genetic information to offspring

Cultural Cuisine Carnival: A Tasty Journey!

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Initial ideas

I need a lesson over culture that follows Texas 5th grade teks and standards. the end result will be a taste of culture where parents and the community come try food from our students cultures

Culture Quest: Discovering Our Diverse Roots

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Initial ideas

What is culture? What is my culture? ways to express and share our culture 5.21(A) describe customs and traditions of various racial, ethnic, and religious groups in the United States 5.21(B) summarize the contributions of people of various racial, ethnic, and religious groups to our national identity.

Design your own project

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What if there was a tool to help us take our wild project ideas and create a scope and sequence? There is! Inkwire and the Professional Learning team at High Tech High’s Graduate School of Education designed an AI-assisted curriculum planning tool.

Powered by High Tech High's Kaleidoscope framework for project-based learning (PBL) design, this AI assistant helps educators – and learners! – integrate standards and curriculum requirements into a cycle of PBL Essentials.

The AI-assisted Kaleidoscope tool is co-designed by Inkwire & the High Tech High Graduate School of Education Professional Learning Team. The "Design for Deeper Learning Kaleidoscope" framework is copyright by the High Tech High Graduate School of Education.