Subscribe

Cryptography is inherently about problem-solving. 

It's a dynamic, historical game of strategy and skill where encryption and decryption have influenced outcomes of wars and shaped history. This aspect brings to life the "problem solving" process standard of mathematics education, as students apply their mathematical knowledge to decipher codes, which in turn can motivate and deepen their understanding of mathematical concepts.

By integrating cryptography into the classroom, students are also engaged in other process standards like reasoning and proof, communication, connections, and representation. They must reason logically to break codes, communicate their methods, make connections to real-world situations, and represent mathematical ideas in various forms, from diagrams to matrices.

For more detailed curriculum ideas and resources related to teaching cryptography in classrooms, educators can explore online educational platforms and organizations dedicated to mathematics education.

This approach to education shows that cryptography isn't just an isolated subject; it's a bridge connecting various areas of mathematics and a powerful tool for enriching the learning experience.