So You Want To Be A Robot Builder (Robotics Engineer) (So You Want To Be A...)
About
RECIPIENT of the Mom's Choice Award® Gold — Honoring Excellence
FINALIST — 2026 Literary Global Children's Book Awards (Educational and Nonfiction Categories)
The robot doesn’t work. You have checked the code three times. You have tested every connection. You have run the simulation until you know it by heart. And still — it doesn’t work. So you start again. Not because you have to. Because the problem is still unsolved, and an unsolved problem is the most interesting thing in the world.
So You Want To Be A Robot Builder takes young readers ages 10–14 inside one of the most inventive and most rigorously technical professions of our time — not the science fiction version, but the real one. The years of iteration that happen before a single robot does what it was designed to do reliably, repeatedly, and in the real world. The specific discipline of building something that must think, sense, and move in an environment that does not cooperate. The team of mechanical engineers, software developers, electrical engineers, and AI specialists working in close collaboration so that a machine can do what once only living things could do. The prototype that almost functions — and the breakthrough that finally does.
This is a book about what robotics engineers actually do: the mechanical systems they design to replicate the physics of movement, the code they write to give machines the ability to perceive and respond, the artificial intelligence they integrate to let robots learn from their own experience, and the creative tenacity they bring to problems that have never been solved before because the machines they are building have never existed before. It’s also a book about what the work costs, what it demands, and why the people who do it say they are not just building robots — they are building the future.
Inside, young readers will discover:
- What a real robotics engineer’s work looks like — from design sketches to field testing in real-world conditions
- The blend of mechanical engineering, computer science, and artificial intelligence that every robot builder must master
- The creative and analytical demands the profession makes — and how engineers learn to meet them together
- The history of robotics and the visionary builders whose machines changed what we believed was possible
- What young people can do right now to discover if this might be their calling
Honest, specific, and genuinely illuminating, So You Want To Be A Robot Builder doesn’t talk down to young readers — it brings them all the way in. Because the child who wants to know what this work is really like deserves a real answer.
For readers who feel the pull toward something that lives at the edge of what technology can do. For the kid who takes things apart to see how they work — and puts them back together better than before.
The robots that will change the world have not been built yet. They are waiting for someone with the curiosity, the patience, and the vision to build them. Maybe that someone is you.
Ages 10–14 · Nonfiction · Careers & Professions · Illustrated
Praise for this book
"I spent decades working as an educator, and I can tell you that good books are harder to come across than one might imagine. Thus, I was quite impressed to see that Linda Soules has done something few middle-school educational books manage to do: treat both engineering and young readers seriously. In So You Want to Be a Robot Builder, the author avoids getting flashy in her presentation and imagery, instead focusing on the field as an intricate blend of mechanical construction, software logic, experimentation, ethics, and human responsibility. More than a book about a 'cool job,' it actually works as a thoughtful guide to how intelligent machines function and why we are building them.
The book’s opening section, 'What If You Were a Robot Builder?' introduces the central thesis: a robot is not simply a machine, but a system with a feedback loop that can 'sense, think, and act.' This continuous loop of perception and response sets robots apart from regular machines. The text introduces the three major parts of a robot: the body, the nervous system, and the brain. The 'body' is described as the mechanical structure and moving parts, the 'nervous system' as the wiring, sensors, and electrical engineering, and the 'brain' as the software and code that allow the robot to make decisions and respond to the world.
The middle chapters are where the book shines. 'What a Robotics Engineer Actually Does' explains that the profession is generally about closing the gap between intention and reality. Engineers may decide to create a robot to perform a specific task, but the machine often behaves unpredictably once placed into the real world. Soules stresses the importance of testing, debugging, and iteration, which gives the book a realism lacking in many technology books aimed at children. The reader learns that robotics engineers spend much of their time observing tiny failures, tracing problems back to sensors, software, or mechanics, and gradually refining systems through repeated trial and error.
One of the book’s strongest sections concerns failure and debugging. Soules explains that robots regularly malfunction, sometimes publicly and spectacularly, and that even tiny sensor discrepancies can trigger larger system failures. The author stresses that debugging robotics is uniquely difficult because the problem may stem from hardware, software, environmental conditions, or the interaction between all three. Particularly effective is the book’s insistence that engineers must take responsibility for these failures: 'the robot is always right.' If something goes wrong, the problem lies in the design, wiring, or code rather than the machine itself.
Perhaps the most interesting section is 'The Most Surprising Thing About This Job.' Here, Soules explains that many things humans do effortlessly, without even thinking, remain extraordinarily difficult for robots. A child picking up toys from a messy floor is contrasted with advanced warehouse robots struggling to grasp irregular objects. The book also shows how insects and animals still outperform many robotic systems in navigation and adaptability, leading engineers to study biology for inspiration.
When all is said and done, So You Want to Be a Robot Builder succeeds because it understands that robotics is not only about machines, but about the people designing them and the values of their creators. This is key. Beneath the explanations of coding, sensors, and engineering lies a larger meditation on patience, responsibility, and problem-solving in an increasingly automated world. Soules does a great job of reminding young readers that technology is not magical, but rather a collaborative process built on experimentation, failure, and persistence. In doing so, the book offers something more meaningful than a simple career guide, encouraging children to see science and engineering not merely as technical disciplines, but as fundamentally human endeavors shaped by curiosity, ethics, and imagination.
'Try again. Fail again. Fail better.' A pretty good writer dropped those lines a long time ago, and Soules has learned that lesson well."
"There's something quietly ambitious about So You Want To Be A Robot Builder (Robotics Engineer). At first glance, it looks like another entry in a career-exploration series—bright illustrations, inviting premise—but it quickly becomes clear that it's aiming for something deeper: not just explaining what a robotics engineer does, but how to think like one.
What stands out isn't the technology itself, but the mindset the book keeps circling back to. It defines a robot in simple but surprisingly durable terms—something that senses, decides, and acts in a continuous loop—and then keeps returning to that idea, layering complexity onto it without ever losing clarity. By the time you reach the later sections, that basic loop has quietly expanded into questions about systems, failure, and even responsibility.
The book is particularly effective when it leans into imperfection. There's a refreshing honesty in how often things go wrong: robots fall, misread the world, behave unpredictably. Instead of smoothing that over, the text treats failure as the actual center of the work. Building something that functions isn't presented as a moment of triumph so much as the result of repeated adjustment—small corrections accumulating over time.
Visually, the book follows the same philosophy. The images aren't just futuristic showcases; they're full of workbenches, half-built machines, tangled wires, and people mid-process. Even the more dramatic applications—surgery, space exploration—are framed as outcomes of careful iteration rather than flashes of genius. It all reinforces the idea that robotics is less about invention in a single moment and more about sustained attention.
There's also an undercurrent here that feels more philosophical than expected. Late in the book, the idea that engineers are embedding decisions—values, even—into machines shifts the conversation. It's no longer just about building something that works, but about thinking
carefully about what that 'working' means in the world.If anything, the book occasionally asks more of its readers than a typical picture book might. It's dense in places, concept-heavy, and not particularly interested in simplifying things just for the sake of ease. But that seems intentional. It trusts that curiosity can handle complexity.
This isn't a book that tries to dazzle with robots. It's a book that slows down long enough to show how they're actually made—and why that process matters."
"So You Want To Be A Robot Builder by Linda Soules is an introductory guide to the world of robotic engineering for kids. The book explains what robots actually are and breaks the field down into the three main areas that make robotics work together: mechanical engineering, electronics, and programming. It walks young readers through how robots sense their environment, make decisions, and perform actions, while also exploring the tools, processes, and teamwork involved in building real robotic systems.
The idea behind a book like So You Want To Be A Robot Builder by Linda Soules is absolutely brilliant. The author explains and breaks down robotics and what it really means to be a robot builder. Soules spends a lot of time describing the everyday reality of being a robotics engineer. She talks about problem-solving, debugging failures, machine learning, and the constant trial and error that comes with designing intelligent machines. Rather than feeling overly technical, the writing is approachable and aimed at beginners or younger readers who are curious about robotics as a career. I feel that there should be more children’s books that give this kind of exposure to various jobs or careers. Equipping children with the knowledge to decide what they want to do in the future in a fun and exciting way. Overall, it reads like a motivating introduction that explains both the creativity and challenges behind building robots. Not only that, but the beautiful illustrations bring to life every explanation and description, making it that much easier for children to grasp."
"Linda Soules's So You Want To Be A Robot Builder respects how curious ten- to twelve-year-olds think. It opens with a clear idea: a robot senses, thinks, and acts. That simple frame makes a complex field feel reachable from the first page.
What kept me reading is how quickly the book moves from big ideas to real work. There is the thrill of a first clumsy movement, the frustration when a demo fails, and the patience it takes to hunt down one bad sensor. It walks through teams, tools, ethics, and jobs in surgery, rescue, and space without feeling like a textbook. The sample workday and practical "start now" tips (kits, Scratch, robot logs) gave us something to try at home. Pioneer profiles and odd facts, like a housefly outperforming advanced robots, kept my attention as a parent too.
Soules writes with direct, conversational warmth. Short sections and vivid examples suit independent readers and parents reading side by side. The sense-think-act refrain gives young readers an anchor they can reuse. The writing stays clear and confident throughout, and the glossary plus further-reading list make it easy to keep exploring after the last page.
If your child takes things apart or keeps asking how machines think, put this on the shelf. It blends honest insight with real encouragement. For ages ten to twelve, and for parents who want a respectful STEM read you can share, this one earns its place."
"I read this with my nephew and he loved learning about Robots. This book is very well written and very detailed... I love how it broke down everything and made it easy to follow along. We will be reading more from this author."
"These books go into detail about different career paths, or what some would think were just hobbies. It's amazing to know there is so much more to something than meets the eye."
"It's not childish in any way and maintains the attention of the younger crowd, while the writing engages the intended age group very well. I love how the author keeps in mind that children who are interested in these things might have a little bit of an advanced reading level and mindset. Even if they don't, it simulates a conversation with an adult that knows."
"Soules breaks down technical concepts into clear, age-appropriate language without losing the depth needed to truly inform. This balance makes it an excellent classroom addition, especially for encouraging interest in STEM subjects."
"It naturally invites discussion, critical thinking, and even hands-on exploration — something I always look for in educational materials."
"This book gave a perfect, realistic outlook of what it takes to become a robotics engineer. The author takes readers into the lives and workplaces of the profession. I like how the author points out the qualities someone would need to become a robotics engineer, such as integration thinking and physical intuition, and explains them very well for younger readers to understand. In the end, the book offers practical ways for readers to prepare for a career, such as getting a robotics kit or building with whatever they have to develop foundational skills for the profession."
"The book was super informative, well written and organized. It shared all stages of building a robot and all the different people and parts needed to make a successful working robot. The fun facts are great!"
"Wonderful, my kids loved it! My oldest is really into robotics so he enjoyed it tremendously."
"This is a great book about what being a Robotics Engineer is all about. It provides a great overview, a day in the life, definitions of some key concepts in the field, and a nice dose of inspiration for any reader interested in getting into the field. It is part of a series and now I want to read them all!"
"Super fun book for my son who is currently obsessed with robots and dreams of being an inventor."
"This book goes into so much detail about the job of a robotics engineer!...I highly recommend this book to any child interested in robotics!"
"This book is awesome! I love it because it provides information on how to be a robot builder but it's also so encouraging and positive. It teaches perseverance."
"This is a great little book for a young mind interested in future careers or robots. It details what this job entails and highlights some really fun aspects of this job. It is a good series to have for early elementary students or career days at school."
"This book is great! I love the illustrations and...the story itself was fantastic! My nieces and nephews are loving these books and now story time is always great."
"This book goes into great detail to explain what a robotics engineer does, how they do it, the tools of the trade, and what other engineering careers they work with... As an educator, I highly recommend this book when a student is exploring future careers."
"I love this series! One of my favorite statements is, 'The robot is always right.' Even if it messes up, it’s only doing what you programmed it to do. Definitely perseverance is key if you want to be a robot engineer."
"It also doesn't shy away from the hard parts. This book promotes a growth mindset. There is honest talk about things not working, having to troubleshoot, and learning through failure, which is a message we all need!"
"It engages young people in the idea of robotics in a way that feels exciting, but it doesn't water things down... It explains how robots actually work and breaks things into mechanical, electrical, and software pieces in a clear way without being overly simplified."
"It gives kids a real sense of what this kind of work looks like and offers simple, doable ways to get started — building, coding, taking things apart, trying again... It's the kind of thing that could stick with a kid and quietly expand what they think is possible for themselves."
"The explanations of what robotics engineers actually do are clear, and give a realistic sense of the regular work rather than just, 'OHH flashy robot.' Overall, this book is a solid intro to being a robotics engineer, especially for people just starting to explore the field."
"Another fantastic book in this series, and this one hits a little closer to home. Not only does the author explain in clear terms what a robot engineer does, but she also emphasizes the importance of continued learning in the field to be able to use the latest and greatest tools available. Great job, great illustrations, and a wonderful look at what this field is capable of doing."
"I picked up this book thinking it would help kids understand robots, but honestly, I learned a thing or two… including why my son’s robot at last month’s competition kept spinning in confused little circles like it was trying to find the meaning of life. This book breaks down what a robot actually is and what a robotics engineer really does, in a way young readers can grasp without needing a PhD or a troubleshooting hotline. It gives kids a clear picture of the career side of robotics — which is great, because my son has already informed me he plans to “build machines that do my chores,” and frankly, I support this vision. What I loved most is how practical it is. The book explains what kids can start doing now if they want to get into robotics — which would’ve been helpful before my son and I spent three evenings trying to reattach a wheel that kept falling off. The additional reading list is a goldmine too, perfect for young robot enthusiasts who devour information faster than their bots devour batteries. Overall, it’s a fun, informative guide that makes the world of robotics feel exciting, accessible, and just the right amount of chaotic."