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STEM Tuesday– Coding– Author Interview–Josh Funk

 

 

Welcome to STEM Tuesday: Author Interview & Book Giveaway, a repeating feature for the last Tuesday of every month. Go Science-Tech-Engineering-Math!

Today we’re interviewing Josh Funk, author of How to Code A Sandcastle. Its a delightfully, accessible picture book about a girl constantly thwarted in her attempts to build a sandcastle until she realizes she can design code for her a robot to accomplish the goal.

 

Josh Funk: Thanks so much for inviting me to join you for STEM Tuesday!

Christine Taylor-Butler: Josh, your bio page is hilarious. There’s so much of your personality there. The short bio. The very short bio (4 words) and your bio written by your cat (which is longer than your short bio). You don’t take yourself too seriously. Have you always been like this?

Josh: Hmm… (Josh thinks for a second) Yes. Definitely. I made up my own Garbage Pail Kids when I was in kindergarten with a neighbor (I thought up the names and he drew them). I was a huge They Might Be Giants fan throughout middle school and high school. And I was the kid who had every episode of The Simpsons on tape (in order, without commercials, btw) back before they were all on DVD and decades before streaming.

However, it took a while for me to come out of my shell. I was pretty shy and reserved (at least that’s how I saw myself) until the middle of high school. And even then, I still acted pretty average/normal/conforming throughout most of my life (studying a practical topic like computer science in college, getting a job to help support my family, etc).

But in short (like my short bio), deep down I have always been a big goofball.

CTB: 
How to Code A Sandcastle includes a foreword by Reshma Saujani, founder of Girls Who Code. That’s such a nice touch. But boys code too! For instance, your day job is as a software engineer. So this book is for every kid right?

code a sandcastle

Josh: Yes, of course, coding is for everyone. However, when I looked around my office a decade ago, and even think back to my programming classes in college at the turn of the century, a quick visual survey showed men outnumbered women about 20 to 1. So when I wrote How to Code a Sandcastle, the main character was always a girl (named Pearl, after the coding language PERL … and my grandmother).

 

And when my agent and I were shopping the book, my editor at Viking/Penguin (who had previously edited my book Dear Dragon, illustrated by Rodolfo Montalvo) told us of a yet-to-be announced partnership with Girls Who Code. They had plans to release some GWC chapter books, a nonfiction guide to coding, and some baby board books about coding (along with Reshma Saujani’s adult memoir).

Examples of books by Reshma Saujani

 

 

 

 

 

 

 

But my publisher had no plans for picture books … until they received mine.

My editor asked if it would be okay to share my manuscript with Reshma, to which I answered, “Of course!” And while I had interest from other publishers, I always knew that Girls Who Code’s mission aligned with one of the main reasons I had for writing the book the way that I did. So signing on with their program was a no-brainer.

Having said all that, of course the book is for all genders, just as coding is for all genders.

CTB: In How to Code a Sandcastle, Pearl and her robot, Pascal (also named after the coding language) use sequences, loops, and conditionals (which I call “if-then-else”) to get past the obstacles to building castles on a beach. So how did you get from software engineering in a heavy tech environment to writing children’s books? Most are not tech specific.

Josh: As a parent, I was reading a ton of books to my kids (who are now in high school and college). And I decided I wanted to try to write my own. So I did. And they were … terrible. The first picture book manuscript I wrote was so long that I fell asleep while reading it to my kids at bedtime.

But my wife suggested I take a class through the local adult education center taught by children’s book author Jane Sutton and she recommended I join SCBWI and it all sort of sprawled out from there. I started attending conferences, met the folks who founded The Writers’ Loft, and eventually, several years later, sold my first picture book through a slush pile submission (Lady Pancake & Sir French Toast, illustrated by Brendan Kearney) and signed with an agent shortly thereafter.

I also stopped playing fantasy football, which freed up a lot of my time (I was really into fantasy football).

CTB: Picture books are so spare. Every word counts. And yet you are able to break Pearl’s coding of her robot helper into specific problems to solve in the proper sequence in so few words.

Josh: Yes, it absolutely is. As is writing. In fact, there are lots of things that coding and writing have in common. How to Code a Sandcastle is not the first picture book manuscript I wrote when trying to meld ‘coding’ and ‘picture books’.

CTB: The robot’s first actions are wrong, so Pearl refines her code to be more specific and tries again. Many people forget trial and error is how real engineering works.

Josh: My first trial was about a sister and brother who get sucked into their computer screen and end up in a fantasy world (think Alice in Wonderland meets Tron or The Wizard of Oz meets The Matrix). They met witches named “Iffie & Elsie” and a pointer named Arnie and … none of my critique partners understood it. And it was also way too long for a picture book. So after four months of revising, I eventually put it to the side and started from scratch.

For my second trial, I realized that taking coding (a foreign concept to many) and a fantasy world that no one knew was too much to put in a single 40-page picture book. So I got rid of the fantasy world. I was always a big fan of the Sir Cumference series by Cindy Neuschwander and Wayne Geehan and saw it as a terrific way to introduce a potentially complicated topic (geometry) in picture book form by using a world kids might be familiar with (King Arthur and the Knights of the Round Table). So I thought that maybe I could similarly put coding into a fantasy world that people did know. King Arthur was obviously off the table and I already had written a series of picture books about fairy tales (illustrated by Edwardian Taylor), so fairy tales weren’t an option. So I tried Greek Myths. This attempt, however, was short-lived, as I realized most Greek Myths are about adult topics with lots of violence, death, and romance (especially between members of immediate families). That’s where trial #2 errored out.

For my third trial, I thought, “What if I take coding and put it in the real world?” And so I did. I wrote a story about a sister and brother who went to the local town fair that came through during the summer. The older sister saw everything through a lens of coding (the Ferris Wheel was a loop, the tickets they had for rides were like variables, etc) and the little brother was annoying (because that’s what little brothers are). But my critique partners still didn’t understand the coding parts. And they didn’t think the story was very good. So after another several months of revising, I put this one into the ever-growing error pile as well.

But I didn’t give up. I stepped back and thought about what you ultimately do with coding. You create apps. You make programs. You build websites. So I asked myself, “What do kids create, make, and build?” They create with blocks. They make snowmen. And they build sandcastles. Rather than ‘build’ a sandcastle, maybe we could ‘code’ a sandcastle. And that’s when everything clicked. My critique partners understood it … and they even noted that they actually thought they were learning something about coding.

And you know what? That previous attempt about the sister and brother at the fair wasn’t even wasted! Once I had written How to Code a Sandcastle and knew the format and pacing (and had seen some of Sara Palacios’s amazing illustrations), I took that earlier manuscript out, replaced the annoying little brother with a silly, goofy robot (Pascal), and rewrote the story into the sequel, How to Code a Rollercoaster.

code rollercoaster

Proving once again, that sometimes a failed experiment can lead to something great (I think there are some picture books about that).

Who knows, maybe one day I’ll write a middle grade story about a sister and brother who get sucked into their computer …

CTB: 
You are also introducing terminology in context. Such as creating a “loop” to keep from coding the same task over and over again. Or using “if-then-else” coding for decision making. The illustrations are such wonderful enhancements to the story. Did you have input or was the illustrator, Sara Palacios, able to grasp the concepts without direction?

loop illusJosh: I don’t know how much Sara knows about coding, but as is often the case in the picture book world, I didn’t give much direction at all to Sara when illustrating. And as is also often the case, what Sara came up with was brilliant. The illustration of the loop in the beach blowup was an awesome surprise to see when I first saw the sketches – perfectly encapsulating the visual of a loop!

 

I did have notes about what failures there should be during the “if-then-else” sequence, as those were critical to the plot.

lifeguardBut Sara was our top choice for illustrator and I am so thrilled that she was able to make time in her very busy schedule to work on these books. Side note – she was a superstar for getting it done in a very timely fashion. It was critical that this book come out before summer (as it was a beach-themed book), so if the book hit any delays, it would have had to be bumped an entire year (as they weren’t gonna release it October).

CTB: 
People might be surprised to learn you’re a musician and write your own music for your book trailers. Music is very similar to math and coding. There are rhythms and patterns. Do you think your background in those subjects helps you make deeper STEAM connections for your readers?

Josh: I very much believe in the connection between math and music. And I think it’s the perfect explanation for how math and science can be deeply connected to the arts. Music is an art form. But it’s also math in at least four plus dimensions (note/tone/pitch, tempo, volume, instrument, …).

Even when I write stories, I often think of them as solving a puzzle, needing all the right ingredients to work properly. They all need characters, conflict, plot, rising tension, satisfying conclusion, etc. Sometimes I like to add even more of a challenge by writing in rhyme, which needs a specific rhythm, which I also think comes from my musical background.

CTB: 
Speaking of rhyme, you use a lot of rhyme in other books but didn’t do it in the coding series. Was that a conscious choice?

Josh: Whenever I write a book I try to think about what charm I’m bringing to the book, or what clever aspect makes this book something only I could write. Often that charm comes from rhyming.

But for the coding series, the charm is the coding. The challenging part of writing these books was trying to figure out how to write a picture book about coding. It didn’t need the additional challenge of fitting that into a specific rhythm and rhyme scheme.

CTB: So what’s up next for you? Anything we should keep our eye out for?

Josh: This fall, Dear Unicorn, illustrated by Charles Santoso, will be released (9.19.23).

unicorn

In Dear Unicorn, Connie (a human) and Nic (a unicorn) are matched as pen pals in a school project. Throughout the year they mail each other letters along with art they’ve created. Connie is a glass half-empty type, while Nic sees the glass completely full. Over time, these polar opposites become friends through letter-writing, which all leads up to the end of year pen pal art festival when their two classes will finally meet (of course, none of the students realize they’re writing to a different species). And I’ll pull from the publisher’s blurb here: “With Josh Funk’s signature laugh-out-loud humor and Charles Santoso’s explosively fun illustrations, Dear Unicorn is a celebration of new friends, art, and stepping outside your comfort zone.”

Also, a sixth Lady Pancake & Sir French Toast adventure is on its way in the fall of 2024, with a few more books in the pipeline.

Thanks so much again for inviting me to be part of STEM Tuesday. I had a blast chatting with you!

Note to reader. I learned coding during college. Back then it was Fortran IV and cardboard “batch” cards you had to punch and manually feed into a massive machine. Decades later one of my daughters gravitated to coding too while exploring film and multimedia in high school. She’s an artist but found it fun and good for stress release. Coding is like any other skill or language. It doesn’t have to lead to a career. For some people, coding is like a puzzle. It’s useful for learning logic, sequencing and problem solving. But when I was growing up books were dry informational texts. Do check out Josh’s work. There’s genius at work and his writing speaks to the child in us at every level. You might be surprised by how much you learn about the logic of  coding (and many other subjects) along that journey.

 

Win a FREE copy of How To Code A Sandcastle.

Enter the giveaway by leaving a comment below. The randomly-chosen winner will be contacted via email and asked to provide a mailing address (within the U.S. only) to receive the book.

Good luck!

 

josh

photo by Carter Hasegawa

 

Josh Funk is a software engineer and the author of books like the Lady Pancake & Sir French Toast series, the ​It’s Not a Fairy Tale series, the How to Code with Pearl and Pascal series, the A Story of Patience & Fortitude series, Dear Dragon, My Pet Feet, and more. For more information about Josh Funk, visit him at www.joshfunkbooks.com and on Twitter, Instagram, and Facebook at @joshfunkbooks.

 

author christine Taylor-butler

Photo by Kecia Stovall

 

Your host is Christine Taylor-Butler, MIT nerd and author of Chelsea Clinton’s Save the . . . (Polar Bears, Tigers, Blue Whales), and many other nonfiction books for kids. She is also the author of the middle grade sci-fi series The Lost Tribes. Follow @ChristineTB on Twitter and/or @ChristineTaylorButler on Instagram

STEM Tuesday– Material Science– Writing Tips and Resources

Materials Science is a new category for me. My research turned up intriguing connections with arts activities because much of it is about discoveries. So, this blog post is about some Very New research on materials and a Very Old technique for science exploration that is wonderfully flexible, easy and inexpensive, and makes use of recycled and sustainable materials.Neri Oxman photo

I was particularly pleased to find the Very New in the work of Neri Oxman. She blurs the line between science and design. Wikipedia describes her work as “embodying environmental design and digital morphogenesis*, with shapes and properties that are determined by their context.” Yes*, I had to look it up too. It means, according to Merriam-Webster – a branch of biology that deals with the form and structure of animals and plants. There have been a number of good books on Materials Science in the previous May STEM Tuesday blogs. Ms. Oxman’s writings and articles are in anthologies and scholarly journals, so instead I have included a link to her documentary “Nature x Humanity,” with the hope that you will find her take on Materials Science to be worth following in the future.

She says that 2020 is the year in which the anthropomass (manufactured materials) will exceed the biomass on our planet. Current building practices are the main culprits. She offers alternate building materials and structures that will break down. For instance, one building material she helped to develop can be disposed of by dropping it into the sea. It will dissolve and provide nutrients for fish.

I emailed her and in her kind response, she sent a link to the documentary about sustainable architecture and protecting the earth’s resources (see below). It’s for adults and older students and very thought provoking. Imagine structures built from apple peels and shrimp shells (what do you suppose Legal Seafoods thought when she asked for all their discarded shrimp shells?). Or imagine a glass structure that can heat your home without conventional fuel, constructed on a 3D printer.

Here is the link to “Nature x Humanity.” The description says, “We are pleased to present our documentary entitled Nature x Humanity. The documentary debuts at a critical juncture when the anthropomass—the mass produced by humans—has exceeded that of the living biomass on our planet. Through the lens of five projects and their related material systems, we propose five tenets for a new Material Ecology: glass, polymers, fibers, pigments, and cellular solids. Motivated to unite the grown and the made, we demonstrate how each material system and the technology invented to shape it embodies and advances Nature’s way while continuing to promote human progress.”

I see such an imaginative approach to science as an argument in favor of including arts with the science curriculum. The processes for creativity and scientific inquiry are very similar – except creativity is much more flexible in verification. When curiosity and ideas reign without stress over outcome, the mind is freer to wander and invent. The kind of creativity that envisions new uses for alternate materials is developed though practice, making connections, and often, no stress over the outcome.

Real invention comes from dreaming and imagining.

Papier Mache Style book coverWhich brings me to the Very Old technique for science activities – papier-mâché. You might think, oh please, we did that in kindergarten. However, the technique deserves a second look in this current world where sustainability and recycling are essential. It’s inexpensive to do. It makes use of throw-away materials – newspaper (if you can find any), brown paper bags, junk mail, plastic bottles, even cloth scraps and shred.

Papier-mâché first appeared in China c. second century AD, where it was used for warrior helmets and pots. It spread along trade routes to the middle east and Europe. Lacquering and papier mâché became a popular and highly-prized art form.

Today it can be used as a great craft technique to design and create scientific models for a better classroom experience. The possibilities are endless – 3D botanical illustrations, bones, insects, display boxes, buildings. Here are some photos of one of my previous classes where we studied historic castles and made models. The students also wrote an accompanying history of their chosen castle. And you can see the imaginative recycling that engaged the students.papier mache clock

There are many recipes for mâché. My all-purpose fallback is cheap white school glue mixed 3 parts glue, 1 part water. That recipe makes a structure that is rigid. If you want flexibility (such as a book cover or mask) use Sobo Glue. I have seen others use glue made with flour, joint compound, and other materials. You can purchase ready-made “paper clay,” which is a delight to work with – and expensive. The paper clay is good for small pieces.

My standby book has been Papier Mâché Style by Alex MacCormack. (Krause Publications, 1994). There are many books available as well as websites and videos. It’s a real smorgasbord of great ideas. You really need no art experience to use papier-mâché, but need to be willing to be adventurous and persistent. And yes, it is messy and needs time to dry. But the results are well worth it.

Student papier mache castle in process. Art and design are essential for communicating science. The best content in the world is useless if nobody reads or looks at it. That means it has to be visually enticing. It also generally invites students to participate in their own learning in a more active way.

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Margo Lemieux is professor emerita at Lasell University, Newton, MA. She recently helped organize an exhibit and donation of fine art prints at the DaNang Museum of Fine Arts in Vietnam.

STEM Tuesday– Material Science– Book List

 

 

Materials Science is the field of researching and discovering materials. Not only is this field changing the face of sports and medicine; but it’s making strides in other places as well. Take a look at the titles below to discover more.

 

Amazon.com: Stuff Matters: Exploring the Marvelous Materials That Shape Our Man-Made World: 8601405513199: Miodownik, Mark: Books

 

Stuff Matters: Exploring the Marvelous Materials That Shape Our Man-Made World

by Mark Miodownik

Why do materials look and behave the way they do? This book speaks about the amazing properties of the materials all around us that we take for granted.

 

 

 

 

 

Molecules: The Elements and the Architecture of Everything

by Theodore Gray and Nick Mann (photographer)

In this book, the author explains how chemical structures work, and goes on to show how molecules make up the wonderfully wide variety of materials in our world.

 

 

 

Let’s Investigate Everyday Materials

by Ruth Owen

Readers will discover the properties of materials and how they’re suitable for specific tasks. In addition, they’ll learn how they’re made! Get up close to the worlds of wood, metal, plastic, glass, rock, and wool and discover how these items work for us regularly.

 

 

 

 

 

Working with Materials

by Sonya Newland and Diego Vaisberg.

This series takes a look at the different engineering fields. Hands-on activities encourage readers to develop their own skills after they examine the properties of basic materials. In addition, readers will learn more about how materials are made or mined, and how engineers decide to use them. The fascinating world of material science is here for discovery!

 

 

Experiments with Materials (Read and Experiment) by [Isabel Thomas]

Experiments with Materials

by Isabel Thomas.

The science of materials is the focus of this series which uses fun experiments to get readers involved. As they get hands-on with science, readers will be introduced to scientific concepts, analytical thinking, and so much more.

 

 

 

 

 

Discover Nanotechnology (Searchlight Books ™ — What's Cool about Science?)

 

Discover Nanotechnology

by Lisa J Amstutz

All about how scientists work with the tiniest objects imaginable to build wonderful things!

 

 

 

 

Super Gear 2017 STEM Book Award

Super Gear – Nanotechnology and Sports Team up 

by Jennifer Swanson.

Nanotechnology is an innovative science done at an atomic level. It’s used to create high-tech equipment for sports in ways we can only dream of! This book takes an in-depth look at the fascinating achievements of nanotechnology in sports and how it’s changing the game.

 

 

 

 

 

Nanomedicine

by Martin Gitlin, Alexis Roumanis

With this book, readers will learn about technological innovations and the world of nanotechnology. This world is tiny but fascinating, with applications in the field of medicine that might just surprise you.

 

 

 

 

 

Nanotechnology and Medicine 

by Don Nardo

Advances in nanotechnology are changing the world of medicine. This book speaks about how scientists and doctors are using tiny nanoparticles to give people longer, healthier lives.

 

 

 

 

 

 

 

Susan Summers is a wildlife enthusiast and an author. Contact her at: https://susan-inez-summers.weebly.com/

 

 

Shruthi Rao is an author. Her home on the web is https://shruthi-rao.com