Projectile Science by Matthew Brenden Wood Review: Physics Meets Sports and Rockets for Teens

Projectile Science sets out to answer a deceptively simple question: why do kicked balls, thrown rocks, rockets, and even Angry Birds follow the paths they do? Matthew Brenden Wood, a math and science teacher with a bachelor's degree in astronomy from the University of Massachusetts at Amherst, structures the content around the physics of ballistics — the forces, angles, and trajectories that determine where a projectile lands. The book moves from everyday athletic scenarios (sinking a three-pointer, kicking a field goal) to more complex contexts such as rocket launches, using each as a vehicle to introduce mechanics concepts including parabolic motion and trajectory prediction. Chapter two, for instance, is titled "Baseballs and Bullets — Tracking Trajectories" and invites readers to compare and model the paths of objects in order to predict where they will land, grounding abstract physics in concrete, testable situations.

Published by Nomad Press in 2018, Projectile Science is one of four titles in the publisher's Technology for Today set, alongside Industrial Design: Why Smartphones Aren't Round, Big Data: Information in the Digital World, and Artificial Intelligence: Thinking Machines and Smart Robots. Nomad Press titles are built around a deliberate philosophy of integrating content with participation — a design choice that distinguishes them from purely expository science books aimed at this age range. By anchoring ballistics to recognizable cultural touchstones — field goals, basketball shots, rocket launches — the book positions itself as a bridge between classroom physics instruction and the lived experience of young readers in grades four through ten. Ramamurti Shankar, John Randolph Huffman Professor of Physics at Yale University, is quoted on the Nomad Press product page describing the book as "accurately aimed at its intended audience and complete with vivid and informative graphics."

The book's most distinctive structural feature is its activity-driven format. Rather than simply presenting physics principles as facts to be absorbed, Projectile Science incorporates science-minded engineering activities, essential questions designed to promote critical examination, primary sources, and links to online videos. This multi-modal approach is consistent with Nomad Press's stated mission and makes the book well suited to both classroom use and independent exploration. Wood's background as a working math and science teacher with a passion for STEAM education is reflected in this scaffolding — the content is organized to invite readers to practice with parabolas and model trajectories rather than passively receive definitions. Illustrations by Tom Casteel accompany the text throughout, and per the Nomad Press listing, are described as vivid and informative.

The book's tight age and grade targeting — readers 10 to 15, grades four through ten — is both a strength and a natural constraint. Younger readers at the bottom of that range and those without prior exposure to basic physics vocabulary may find some of the mechanics content a stretch without adult or classroom support. Conversely, older teens or advanced students already comfortable with kinematics and vector concepts may find the treatment introductory rather than challenging. The activity-book format, while pedagogically intentional, also means that readers seeking a purely narrative or deep-dive scientific treatment of projectile physics will need to look elsewhere; this title is designed for guided engagement, not extended independent reading. The sports-and-ballistics framing, while effective for many readers, primarily draws on American football, basketball, and baseball examples, which may resonate differently depending on a reader's sporting background.

Projectile Science is best suited to middle-school students, educators building STEAM units, and parents looking for a structured, activity-rich complement to classroom science instruction. The combination of sports scenarios, rocket examples, and hands-on activities makes it a natural fit for science classrooms or homeschool curricula that want physics content delivered with real-world relevance. The book's place within the broader Technology for Today set also makes it a logical pairing for libraries building out collections that touch on engineering, computing, and design thinking alongside physical science.