Kindergarten Grade  Lesson 45 minutes

Six Weeks of Learning Adventures

Milena B
Updated
CCSS.Math.Content.K.G.B.5
CCSS.Math.Practice.MP1
CCSS.Math.Practice.MP7
Effective Communication
Collaboration
+ 1 more
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Purpose

Students investigate how numbers and shapes appear in the places and helpers they know, then use building, drawing, talking, and revising to make sense of what they notice. Over six weeks, they work toward strong understanding of shape-building and problem solving by creating models connected to local community spaces and partners such as firefighters, police, theater artists, and dancers. The learning experience builds communication, collaboration, and self-direction through shared project work, feedback, reflection, and a final public display for families and community guests.

Learning goals

Students will identify, build, compare, and draw flat and solid shapes they notice in school and in the wider community, using materials such as sticks, clay, blocks, and sketch tools. They will make sense of shape-building challenges, explain their thinking, and keep trying different ideas when a design does not work the first time. Students will look for structure by noticing how shapes are made from parts and how numbers and shapes appear in places like police cars, fire trucks, theater sets, and dance spaces. They will collaborate with classmates, listen and speak clearly during project work, use feedback and simple surveys to revise their models, and share their learning with families and community guests in a final exhibition.

Standards
  • [Common Core] CCSS.Math.Content.K.G.B.5 - Model shapes in the world by building shapes from components (e.g., sticks and clay balls) and drawing shapes.
  • [Common Core] CCSS.Math.Practice.MP1 - Make sense of problems and persevere in solving them.
  • [Common Core] CCSS.Math.Practice.MP7 - Look for and make use of structure.
Competencies
  • Effective Communication - Students practice listening to understand, communicating with empathy, and share their learning through exhibiting, presenting and reflecting on their work.
  • Collaboration - Students co-design projects with peers, exercise shared-decision making, strengthen relational agency, resolve conflict, and assume leadership roles.
  • Self Directed Learning - Students use teacher and peer feedback and self-reflection to monitor and direct their own learning while building self knowledge both in and out of the classroom.

Products

Students will create shape models with sticks, clay, blocks, and recycled materials, draw community shapes in math journals, and build class charts showing where numbers and shapes are found in places like the fire station, police department, theater, and dance space. In teams, they will make a “Shapes in Our Community” display with labeled photos, student drawings, 3D buildings or vehicles, and simple number labels or counts that show structure in the real world. They will also create short oral presentations, peer feedback survey responses, and reflection pieces about how they solved problems, revised their work, and used math ideas. The final product will be a family- and community-facing exhibition that showcases the class museum of models, drawings, and presentations with rubric-assessed project work.

Launch

Begin with a “Shape Hunt in Our Community” mystery walk using photos and short visit clips from the police department, fire station, Asheville Community Theater, and Rueda de Casino de Asheville, asking students, “How do we see numbers and shapes in our community?” Students work in pairs to spot circles, rectangles, triangles, and numbers in uniforms, vehicles, signs, stages, and dance formations, then build one thing they noticed with sticks, clay balls, and other classroom materials. Close with a quick circle share about what was tricky, what they figured out, and how they will keep trying when a shape falls apart or a design does not match yet, setting a growth mindset for the project. End by introducing that their work will become a community shape exhibit for invited families and partners, where they will show models, drawings, and what they learned about shapes in real places.

Exhibition

Host a “Shapes and Numbers in Our Community” gallery walk where families and community partners visit stations featuring student-built shape models, drawings, photos of shapes found around the neighborhood, and simple number displays connected to real places like the fire station or theater. Students act as guides, explaining how they made each shape from components, where they found it in the community, and what problem-solving they used when a design did not work at first. Include a small interactive area where visitors build shapes with sticks and clay balls or join a shape-and-movement routine inspired by Rueda de casino de Asheville. End with a celebration circle where students share one math discovery and display their work in a school hallway, library, or community space.

PQA Practice Standards Alignment

  • Supportive Environment: In shape-building workshops, children use sticks, clay balls, blocks, and drawings to make models of buildings and vehicles they notice in the community, demonstrating "Active Learning" and "Skill-Building." Staff name the math focus on finding and building shapes, model one step at a time, and adjust support so every child can explain what they made and how they solved a problem.
  • Interactive Environment: During visits and classroom collaborations with firefighters, police officers, theater artists, and dance partners, children work in pairs and small groups to spot shapes and numbers in community tools, costumes, signs, and movement patterns, demonstrating "Collaboration & Leadership" and "Adult Partners." Students take turns as shape finders, builders, speakers, and greeters while staff and partners share control through guided choices and group roles.
  • Safe Environment: At project launch and throughout critique circles, the class uses shared routines for kind words, turn-taking, calm redirection, and sentence stems such as "I notice" and "Can you try," demonstrating "Creating Safe Spaces." Staff keep the emotional climate warm and inclusive so children can share ideas, make mistakes, revise their models, and complete a simple survey about what helped them feel successful.
  • Engaging Environment: As children plan a final community math display, they choose which neighborhood shapes and numbers to feature, how to represent them, and what to revise after peer feedback, demonstrating "Planning Choice & Reflection" and "Learning Strategies." Reflection routines connect their work to the essential question and help them name strategies like trying again, looking for parts, and asking a partner when a model does not work at first.
  • Supportive Environment: The culminating exhibition invites families and community partners to view shape models, drawings, and student explanations, creating a tangible performance that demonstrates "Active Learning" and "Emotion Coaching." Staff use project rubrics with child-friendly visuals, invite students to reflect on pride, frustration, and perseverance, and connect assessment to math goals and caring for the community.