learning with lego

Math

• The student learned about geometry and spatial reasoning by building different shapes and structures with Lego blocks, understanding how to manipulate and connect them to create specific designs.
• They practiced problem-solving and critical thinking skills by following instructions to build complex Lego structures, as well as using trial and error to modify and improve their designs.
• Utilizing Lego blocks for counting and sorting helped the student understand basic mathematical concepts such as addition, subtraction, multiplication, and division in a hands-on and visual way.
• Engaging in group activities like building a Lego city or designing a maze allowed the student to explore concepts of area, perimeter, and scale in a collaborative and practical manner.

For continued development, encourage the student to explore advanced Lego sets that involve more complex engineering and mathematical principles, such as building and programming robotic models using Lego Mindstorms. Additionally, integrating math challenges and puzzles into Lego building activities can further enhance the student's problem-solving abilities and mathematical understanding.

Book Recommendations

• The LEGO Principle: The Power of Connecting to God and One Another by Joey Bonifacio: This book explores the principles of connection and community through the lens of Lego, offering valuable life lessons and insights for young readers.
• The LEGO Architecture Idea Book: 1001 Ideas for Brickwork, Siding, Windows, Columns, Roofing, and Much, Much More by Alice Finch: This book provides inspiration and guidance for creating intricate architectural designs with Lego, encouraging creativity and spatial reasoning.
• The LEGO Power Functions Idea Book, Vol. 1: Machines and Mechanisms by Yoshihito Isogawa: An excellent resource for exploring the engineering and mechanical aspects of Lego, this book introduces innovative ideas for building functional machines and devices.