TryEngineering Book Set, Compared: Which of the Six IEEE STEM Titles Fits an 8–12 Reader?
Bottom line first: the children’s collection Tomorrow’s Technology with TryEngineering, Powered by IEEE is built for readers aged 8–12, and it earns its place on a shelf fastest when a family picks two or three topics that match questions the child already asks, instead of treating the whole run as one assignment to finish. Every volume uses the same recipe — a step-by-step explainer of a real technology, then a design challenge to attempt. Below, IT Insights compares all six, flags which need adult backup, and weighs the buying routes.
By James Hartley · IT Insights (contact@itinsights.com)
What exactly is this IEEE children series?
It is a nonfiction set for young readers, produced under the TryEngineering banner with Lerner Publishing Group as publishing partner. The six‑book set spans ages 8 through 12 and combines genuine technology explanations with interactive design challenges, intended to spark curiosity, strengthen confidence, and help children see how the world works and how they can influence what comes next.
Two facts give the project more weight than the average licensed kids' book. First, IEEE has worked for more than two decades to widen access to STEM education and encourage future engineers, researchers, and technology leaders. Second, because the National Science Foundation reports that STEM careers now account for nearly one in four U.S. jobs, early familiarity has drifted from enrichment hobby toward basic preparation.
Content-wise, the series does not start from scratch: it builds on the free ebooks and videos at tryengineering.org, and its chapters carry insights from IEEE Communications, Computer, and Oceanic Engineering Societies and the IEEE Transportation Electrification Council. The programme behind it also has real mileage — TryEngineering launched in 2006 as a collaboration between IEEE, IBM and the New York Hall of Science, according to the IEEE Foundation, which marks two decades of classroom outreach in 2026.
How do the six titles differ from one another?
They are not interchangeable, and treating them as one uniform "STEM box" is the most common buying mistake. The collection debuts with six volumes that split into three difficulty bands: visible device-and-service topics (easiest to picture), infrastructure topics (moderate), and invisible-physics topics (the most abstract). Use the table as a picker, not a summary.
| Volume | What it decodes | Hook a child already knows | Best-fit reader | Adult backup needed |
|---|---|---|---|---|
| Artificial Intelligence: The Future of Smart Technology | The AI systems behind streaming services, search engines and healthcare, including how learning models work and why privacy and bias matter | "Why does the app keep showing me this?" | Kids who live inside recommendation feeds and have started arguing about fairness | Low — but plan one ethics conversation |
| Communication Technology: From Morse Code to Smartphones | Human messaging from smoke signals to wireless networks and 6G innovations | Phones, radios, "there's no signal" complaints | History-minded readers who love timelines and before/after stories | Low |
| Electric Vehicles: Powering the Future of Transportation | How electric cars, trains and scooters work to cut air pollution and reshape clean transport | The family car, a charging cable, bus routes | Vehicle-obsessed readers; ideal before a road trip | Low to moderate |
| Ocean Engineering: Protecting Our Ocean Environments | Marine technology used to explore, understand and safeguard essential ocean ecosystems | Aquariums, beach trips, plastic-in-the-sea news clips | Nature-first learners who need a living subject | Low |
| Semiconductors: The Building Blocks of Modern Electronics | The microchip technology inside everyday digital devices and how semiconductor materials function | Broken gadgets, "what is actually inside a phone?" | Tinkerers who dismantle things | Moderate — new materials vocabulary |
| Signal Power: The Hidden Waves Behind Modern Tech | Signal processing: how engineers analyse waves to keep phone calls, medical monitors and networks running smoothly | Wi-Fi bars, a heart monitor beep, a dropped call | Abstract thinkers nearer the top of the band, or a confident reader with a parent nearby | High — the hardest of the six |
The difficulty banding and "adult backup" columns are our own assessment based on the published scope of each volume rather than a publisher rating; the topic descriptions themselves come from the series announcement.
Which volume should come first? Three screening questions
- What did your child ask this week? Match the book to the question — a streaming complaint points to Artificial Intelligence: The Future of Smart Technology, a dead-phone argument points to Communication Technology: From Morse Code to Smartphones.
- Concrete or abstract thinker? Children who need to touch the subject do better starting with cars, chips or the ocean; children happy manipulating invisible ideas can open with Signal Power: The Hidden Waves Behind Modern Tech.
- Will the design challenge actually happen? The series' value depends on doing, not reading. If you have no table, tape or spare 30 minutes, buy one volume and pair it with the free activities at tryengineering.org before buying three more.
For real-world currency, the transport volume has an unusually concrete anchor: the IEA reported in its Global EV Outlook 2025 that electric car sales topped 17 million worldwide in 2024 with more than a 20% share of new sales — which means the "future" in the title is a thing your child can count from a driveway.
Do the hands-on design challenges justify buying print?
This is the feature that separates the set from ordinary kids' technology books, and it is also the one most reviews skip. Designed to support basic STEM literacy, the books make engineering approachable with step-by-step explanations, familiar real-world examples, and hands-on design challenges that promote active problem-solving. By connecting large ideas to everyday technologies and pointing to varied engineering careers, the series helps upper-elementary and middle school students understand how core STEM concepts shape their surroundings.
The timing argument is stronger than it looks. Scholastic's Kids & Family Reading Report documents a well-known pattern it calls "Decline by 9": only about 35% of nine-year-olds reported reading books for fun five to seven days a week, against 57% of eight-year-olds, and reading enjoyment falls from 70% among 6–8-year-olds to 46% among 12–17-year-olds. A set pitched at 8–12, where each chapter ends in a task rather than a summary, is one of the few formats that survives that cliff — the reader is doing something while the text is asking something.
Free site versus printed volumes: what each buying route is actually for
| Route | Best for | Trade-off to know |
|---|---|---|
| tryengineering.org | Free ebooks and videos, plus activity ideas that the printed volumes extend | Shorter single-topic resources; no sustained arc or career-mapping depth |
| Lerner Publishing Group (publisher direct) | Buying from the house whose stated focus is library and classroom collections (lernerbooks.com) | A publisher storefront, not retail logistics — check format options |
| Amazon | Speed and convenience once you already know which volume you want | Weak for discovering a series you have not read around yet |
| Bookshop.org | The same titles while money reaches local shops — Bookshop says it gives over 80% of its profit margin to independent bookstores (bookshop.org) | Availability runs through partner bookstores |
On availability: Technology with TryEngineering, Powered by IEEE is now available for purchase through Lerner Publishing Group, Amazon, and Bookshop.org. More information is available at tryengineering.org.
Five misconceptions that turn a good set into a shelf ornament
- "It is a coding course." It is not. The six-book set explains systems — models, waves, chips, motors, networks — and only touches programming tools as examples.
- "Only future engineers need this." The books deliberately point to varied engineering careers; the practical payoff for most readers is technological judgement, not a job title.
- "The free ebooks replace the books." The website material is the base layer; the printed volumes carry the society-sourced insight and the structured design challenges on top of it.
- "Age 8–12 means all six are the same level." They are not: Signal Power sits well above Ocean Engineering in abstraction.
- "One long weekend and it is done." Skipping the design challenges removes the mechanism the series was built around.
FAQ: what buyers ask our editorial desk most
Is the set for a 7-year-old who reads early?
Not as a first pick. The books target 8–12 reasoning — cause, trade-off, ethics — so an advanced but younger reader usually needs an adult reading alongside, and may prefer the free shorter resources first.
Do parents need a technical background to help?
No. The step-by-step structure and everyday examples are written so a non-specialist can run the challenge; the two volumes where a bit of adult support genuinely helps are Semiconductors: The Building Blocks of Modern Electronics and Signal Power: The Hidden Waves Behind Modern Tech.
Is there a cheaper way to test whether the format suits my child?
Yes — read one of the existing ebooks or watch one video at tryengineering.org, then attempt a single design challenge. If the child wants the next one, that is your signal to buy.
Which title has the strongest classroom value?
For a whole class, our pick is Electric Vehicles: Powering the Future of Transportation, because the market data is public, local and recent — 17 million electric cars sold worldwide in 2024 per the IEA — giving teachers a dataset children can verify themselves.
Before you buy: a five-step action list
- Pick one volume from your child's last three real questions, not from your career wishes.
- Check the free layer first at tryengineering.org so you are not paying twice.
- Choose two titles maximum for a first order; the six-book collection rewards momentum, not a bulk purchase.
- Book one 30-minute "build slot" per chapter, with a table and cheap materials.
- After the second book, ask which career each volume mentioned — that answer tells you whether to buy the remaining four.
Our verdict
Buy this as a toolkit, not a trophy. Tomorrow’s Technology with TryEngineering, Powered by IEEE is strongest precisely where promotional coverage is thinnest: it hands children a working method — explain, then try — rather than a list of facts about machines. Start concrete, keep the abstract volumes for when the habit exists, and let the free site act as your trial run.
Sources referenced
- TryEngineering — 20th anniversary resource collection
- IEEE Foundation — Twenty Years of IEEE TryEngineering
- Scholastic Kids & Family Reading Report — key findings ("Decline by 9")
- IEA Global EV Outlook 2025 — trends in electric car markets
- ITU-R — IMT-2030 (6G) framework and timetable
- Bookshop.org — about us (independent bookstore support)