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Image 1 of 1
Image 1 of 1
Image 1 of 1
Ages 8–12
By Tricia Siletti | From Earth to Sky Education
What if learning geometry felt like building a real-world project?
In Design a Zoo, students step into the role of zoo architects. Instead of memorizing formulas, they use math to solve meaningful problems, design animal habitats, manage a real budget, and build an entire zoo from the ground up.
This hands-on curriculum transforms geometry into a creative engineering challenge. Students design enclosures, calculate areas and fencing requirements, choose animals within a set budget, and map out a full zoo property using scale drawings. Along the way they learn how geometry shapes the real world, from architecture to environmental design.
By the end of the course, students will have designed their own complete zoo layout while applying practical math skills used by real planners, engineers, and architects.
This project-based curriculum is designed specifically for homeschool learners and emphasizes critical thinking, creativity, and real-world problem solving.
Students will practice and apply essential geometry concepts including:
• Area and perimeter of rectangles, squares, and triangles
• Area and circumference of circles
• Breaking complex shapes into simpler polygons
• Designing scaled maps using graph paper
• Budgeting and financial decision making
• Real-world planning and layout design
Students will also learn how geometry influences design decisions, space usage, and construction costs.
Students begin with a $2,000,000 starting budget and must design a fully functioning zoo.
They will:
• Choose animals for their zoo
• Calculate the required enclosure sizes
• Design habitats using geometric shapes
• Calculate fencing and construction costs
• Plan visitor facilities like playgrounds, restrooms, and concession stands
• Create a scaled layout of their entire zoo property
Every design decision affects the budget, space, and visitor experience, making math both meaningful and exciting.
Real-world math
Students see how geometry applies to architecture, planning, and business.
Creative learning
Kids design their own zoo instead of completing repetitive worksheets.
Cross-curricular thinking
The course blends math, budgeting, engineering, and animal science.
Project-based structure
Students build a final large-scale zoo map they can proudly present.
• Homeschool families
• Project-based learners
• Creative kids who love animals and design
• Students who struggle with traditional math but thrive with hands-on learning
The course uses simple supplies most families already have:
• Graph paper
• Rulers and measuring tools
• Colored pencils or markers
• Calculator
• Poster board for the final zoo layout
Students complete a fully designed zoo map that includes animal enclosures, visitor facilities, walking paths, and budget calculations. The project integrates all geometry concepts learned throughout the course.
By the end, students will not only understand geometry. They will see how it helps design the world around them.
Ages 8–12
By Tricia Siletti | From Earth to Sky Education
What if learning geometry felt like building a real-world project?
In Design a Zoo, students step into the role of zoo architects. Instead of memorizing formulas, they use math to solve meaningful problems, design animal habitats, manage a real budget, and build an entire zoo from the ground up.
This hands-on curriculum transforms geometry into a creative engineering challenge. Students design enclosures, calculate areas and fencing requirements, choose animals within a set budget, and map out a full zoo property using scale drawings. Along the way they learn how geometry shapes the real world, from architecture to environmental design.
By the end of the course, students will have designed their own complete zoo layout while applying practical math skills used by real planners, engineers, and architects.
This project-based curriculum is designed specifically for homeschool learners and emphasizes critical thinking, creativity, and real-world problem solving.
Students will practice and apply essential geometry concepts including:
• Area and perimeter of rectangles, squares, and triangles
• Area and circumference of circles
• Breaking complex shapes into simpler polygons
• Designing scaled maps using graph paper
• Budgeting and financial decision making
• Real-world planning and layout design
Students will also learn how geometry influences design decisions, space usage, and construction costs.
Students begin with a $2,000,000 starting budget and must design a fully functioning zoo.
They will:
• Choose animals for their zoo
• Calculate the required enclosure sizes
• Design habitats using geometric shapes
• Calculate fencing and construction costs
• Plan visitor facilities like playgrounds, restrooms, and concession stands
• Create a scaled layout of their entire zoo property
Every design decision affects the budget, space, and visitor experience, making math both meaningful and exciting.
Real-world math
Students see how geometry applies to architecture, planning, and business.
Creative learning
Kids design their own zoo instead of completing repetitive worksheets.
Cross-curricular thinking
The course blends math, budgeting, engineering, and animal science.
Project-based structure
Students build a final large-scale zoo map they can proudly present.
• Homeschool families
• Project-based learners
• Creative kids who love animals and design
• Students who struggle with traditional math but thrive with hands-on learning
The course uses simple supplies most families already have:
• Graph paper
• Rulers and measuring tools
• Colored pencils or markers
• Calculator
• Poster board for the final zoo layout
Students complete a fully designed zoo map that includes animal enclosures, visitor facilities, walking paths, and budget calculations. The project integrates all geometry concepts learned throughout the course.
By the end, students will not only understand geometry. They will see how it helps design the world around them.
