K’NEX Education – Real Bridge Building

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Bring STEM concepts to life with K'NEX® Education! The Real Bridge Building set is designed to assist students in their study of the history, function, structural design, geometry and strength of bridges. They will also investigate concepts related to the physical properties of materials and their application in the placement, design, and construction of bridges. The Teacher's Guide offers a wide choice of activities and extensive background information provided to assist you as you present the materials and answer student questions. Each lessons includes background Information, Student Objectives, Student Inquiry Sheets, Glossary of Key Terms, Journaling Opportunities, and Skill Builder Activities Set includes 2282 K'NEX® parts - enough to build 7, five to six foot long K'NEX® Bridge models, two at a time. Support 6 - 8 students working as a team. Grades 5 - 9. Building instructions comprehensive teacher's guide aligned to Science, Technology, Engineering and Math Standards included. Packaged in two strong storage trays with Snap-on lids. STEM Education focuses on science, technology, engineering and mathematics concepts taught through problem-solving, discovery, exploratory learning and critical thinking. STEM Education requires students to be active participants in the learning. K'NEX® models offer hands-on learning opportunities that encourage scientific inquiry, investigation and experimentation. Our inquiry-based lessons challenge students as they build, investigate, problem solve, discuss, and evaluate scientific and design principles in action. Aligned to Science, Technology, Engineering, and Math standards. Also see K'NEX® Education's Intro to Structures: Bridges for grades 3 - 6.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Build replicas of real-world bridges including Golden Gate (suspension), Forth Rail Bridge (cantilever) and Sydney Harbor Bridge (arch).
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Build replicas of real-world bridges including Golden Gate (suspension), Forth Rail Bridge (cantilever) and Sydney Harbor Bridge (arch).
Comprehensive teacher's guide aligned to NSES, ITEEA, NCTM and Common Core Mathematics standards included.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Build replicas of real-world bridges including Golden Gate (suspension), Forth Rail Bridge (cantilever) and Sydney Harbor Bridge (arch).
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Builds 7, five to six foot long, K'NEX Bridge Models!
Builds 7, five to six foot long, K'NEX Bridge Models!
Study of the history, function, structural design, geometry and strength of bridges.
Understand the engineering principles that have been applied to allow bridges to support the loads they must carry
Build replicas of real-world bridges including Golden Gate (suspension), Forth Rail Bridge (cantilever) and Sydney Harbor Bridge (arch).
Comprehensive teacher's guide aligned to NSES, ITEEA, NCTM and Common Core Mathematics standards included.
Adheres to many Common Core Standards, found below