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Design for Deeper Learning

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Recent Designs

Body Basics: From Cells to Cavities

Grade Level:

Initial ideas

Introduction to Body Structures: Students learn to use directional terms (anterior/posterior, proximal/distal), body planes (sagittal, transverse), and define body cavities. Levels of Organization: Understanding how atoms form molecules, molecules form cells, cells form tissues (histology), and tissues form organs.

Create Your Own Media Quest

Grade Level:

Initial ideas

The ultimate goal is to have students working on a project of their own choosing with help from the teacher over the course of 9 weeks. The project should be linked to multimedia production in some capacity but should be open ended for students to be able to choose their own path.

Scroll Smart: Ediquette for Eighth Graders

Grade Level:

Initial ideas

social media and ediquette for eigth grade students

Community Engagement Action Adventure

Grade Level:

Initial ideas

develop a work plan for community engagament

Belonging Begins on Our Street

Grade Level:

Initial ideas

Students will create a children's book about belonging or community.

Peaks, Rivers, and Peru Adventures

Grade Level:

Initial ideas

Unit project about peruvian landforms and bodies of water

Odyssey Adventures: A Kid’s Epic Tale

Grade Level:

Initial ideas

Students have created a children's book about the Odyssey.

Pollinator Pit-Stop Seed Safari

Grade Level:

Initial ideas

I want to create a project that encompasses math and science using many different types of seeds for Kindergarten. The math skills it should review are counting, one-to-one correspondence, sorting, grouping and skip counting. For science, I'd like them to learn about parts of a plant, plant needs, and all about pollinators. My idea for the final project/culmination looks something like this: reating a "Pollinator Pit-Stop" is an excellent choice for a kindergarten PBL project because it connects living things (science) with patterns and counting (math) in a way that five-year-olds can physically manipulate. Here is a detailed breakdown of how to structure the project and the final creation: ### 1. The Creation: "The Traveling Pollinator Cafe" Each student creates a **portable pollinator container** (a "Pit-Stop") to take home. Instead of a standard flower pot, they design a habitat that includes food, water, and shelter. * **The Container:** Use upcycled gallon jugs (cut in half) or wooden crates. * **The Content:** * **The Nectar Bar:** Two or three native flowering plants. * **The Puddling Station:** A small shallow dish or flat rock where bees can land to drink water safely. * **The Hotel:** A few hollow bamboo reeds or small "bee tubes" tucked into the side for solitary bees to nest. ### 2. The Science: "What do my guests need?" Kindergarteners can act as "habitat engineers" by learning the specific needs of local pollinators. * **Plant Selection:** Focus on native varieties that thrive in high-altitude/four-corner climates like **Blanketflower (Gaillardia)**, **Rocky Mountain Bee Plant**, or **Blue Flax**. These are hardy and colorful. * **The Life Cycle:** Students keep a "Seed Diary" using drawings to show the transformation from a dormant seed to a sprout with "true leaves." * **Pollination Action:** Use a "Cheeto Finger" activity to demonstrate how pollen moves. Students touch orange cheese powder (pollen) and then touch paper flowers to see how it "sticks" and travels. ### 3. The Math: "Garden by the Numbers" This is where the PBL rigor comes in. Use the garden to hit kindergarten Common Core standards: * **Counting & Cardinality:** * **Seed Sorting:** Give students a "Seed Menu." They must count out exactly **10** sunflower seeds and **5** zinnia seeds for their mix. * **Petal Counting:** Have students find flowers in the schoolyard and count the petals. Create a classroom bar graph: "How many flowers had 5 petals? How many had 3?" * **Measurement & Data:** * **Height Comparison:** Use "Unifix Cube Towers" to measure their plants. "My plant is 10 cubes tall today!" * **Sorting by Attribute:** Sort seeds by size (big/small), texture (smooth/fuzzy), or color. * **Geometry:** * **Pattern Planters:** Students decorate the outside of their "Pit-Stop" using an **ABB** or **ABC** pattern with shapes (e.g., Circle, Square, Square). ### 4. The Culmination: "The Family Flight Path" At the end of the project, invite families for a "Gallery Walk." * **The Expert Talk:** Each student stands by their "Pit-Stop" and explains one "Math Fact" (e.g., "I counted 12 seeds for this pot") and one "Science Fact" (e.g., "Bees need this rock to drink water"). * **The Map:** Create a large floor map of the community. Students place a sticker on the map where they live to show the "Flight Path" their pollinators can now take through the neighborhood. * **The Takeaway:** Families take the mini-gardens home to place on their porches or in their yards, officially expanding the local pollinator habitat. **Local Tip:** If you are sourcing seeds or plants, look for **Rocky Mountain Penstemon** or **Native Milkweed**. They are incredibly resilient for little hands and provide a great story about the Monarch butterfly migration or local bee health.

Design your own project

Learn more

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.