The Student Cipher Handbook is the centerpiece of the CryptoClub curriculum. It is a student reference and workbook that is recommended for use in informal learning environments such as after-school or enrichment programs. It introduces ciphers in a way that encourages problem-solving and reasoning, and provides engaging messages to encrypt, decrypt, and crack. The Student Cipher Handbook can be used with whole-class instruction or with self-paced work in small groups.
The 1-year license includes access to the Student eBook on our digital platform, Flourish. The eBook features highlighting, notetaking, and bookmarking tools to support students.
Introduction
Chapter 1: Caesar Ciphers
Chapter 2: Additive Ciphers
Chapter 3: Keyword and Other Substitution Ciphers
Chapter 4: Multiplicative Ciphers
Chapter 5: Vigenère Ciphers
Chapter 6: Affine Ciphers
Appendix: Cryptography Tools and Tables
JANET BEISSINGER
Janet is a School Development Director at University of Chicago STEM Education, and an emerita professor in the Mathematics Department at the University of Illinois at Chicago (UIC). She has taught 7th grade in the National Teacher Corps, graduate and undergraduate mathematics courses at UIC, and numerous teacher workshops. In addition to co-developing the CryptoClub books and website, she is a senior author of the NSF-funded K-5 Math Trailblazers curriculum and was a co-director of UIC’s Family Math leader training program.
BONNIE SAUNDERS
Bonnie is Clinical Professor Emerita of Mathematics at the University of Illinois at Chicago. She has worked in the mathematical preparation of teachers at all levels since 1994. One of her primary interests has been the development of materials for teaching discrete mathematics, including cryptography. Her passion is to engage students and teachers in exciting, modern mathematics that includes real world applications, problem solving, computing, and reasoning and proof. Her involvement in informal science programs includes cryptography classes in the Northwestern Gifted and Talented program, cryptography workshops at Chicago Public Libraries, as well as the development of CryptoClub materials.
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