Your Scientific Name

A is for Astronomer!
B is for Bioengineer!
C is for Computer programmer!

What scientific careers do the letters of your name represent? Learn about different science careers from real scientists!



CuSTEMized is a 501(c)3 non-profit organization dedicated to STEM education and outreach.
How to personalize your book

  • Enter your child's name and gender
  • Use our character creator to create a character that looks like your child
  • Include an optional dedication message
  • Click "Create My Book!"
  • Download a free eBook or purchase a hardcover copy
Why this book is so special

  • Your child's name is used to create the story so every story is different!
  • Your child's character is used in the book
  • Your child will learn about different STEM careers and meet real female and minority scientist role models!
Additional information

  • Price: eBook is free; Hardcover books start at $29.99 + $1.50 per letter
  • Size: 8.5" x 11"
  • Length: varies depending on name. +3 pages per letter.
  • Recommended Age: 4 - 10
  • Meet a random scientist

Create Your Character

<


Optional: Add a personalized message to be included in your special book!


Your Scientific Name


PDF Book

View on a computer or tablet, or print at home.


Hardcover Book

Professionally made in the USA. Proceeds from book sales are reinvested back towards our non-profit mission.
learn more



Meet the Scientists

Meet a real scientists behind My Scientific Name!

Born in China, Jing Shi received her early education there, and left home to attend high school in Singapore. She was interested a range of subjects in science and had a hard time choosing her major when she started college at Caltech. In the end, she decided to study physics and learn about theories that could explain the world at tremendously different scales, from the universe to atoms. She is currently at Harvard working on 2D (as opposed to 3D) materials, where quantum effects are dominant. One of these materials is graphene, which is a single sheet of carbon atoms isolated from bulk graphite. Because graphene is so thin, its electrons move differently from normal electrons and go in and out of a special insulating state. Electrons in these different states give very different resistance on the sample when measured at a low temperature. Jing studies the interplay of electronic properties from different systems, such as between graphene and a superconductor, to better understand why materials behave in certain ways under certain conditions.

Visit our team page to meet more scientists!

Whoops, looks like something went wrong.