Make: Physics

Joan Horvath · Rich Cameron

2026年6月 · Maker Media, Inc.

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Make: Physics applies electronics and 3D printing—as well as calculus principles—to teach selected topics in first-semester college physics. The book focuses on mechanics: kinematics, energy, momentum, energy, rotation, and related topics. It is a supplement book for either high school students learning physics and calculus concurrently, or college engineering or science students in an introductory physics course focusing on mechanics.

The authors include many experiments using maker-level materials like BBC micro:bit processors and 3D prints. These allow playing with concepts that are hard to learn from passive listening. Models and projects are designed to be hands-on, affordable, and friendly for homeschoolers, informal or enrichment education settings, and those teaching themselves these concepts. This book builds on the authors' book Make: Calculus, adding additional topics needed to support physics concepts.

Make: Physics applies electronics and 3D printing—as well as calculus principles—to teach selected topics in first-semester college physics. The book focuses on mechanics: kinematics, energy, momentum, energy, rotation, and related topics. It is a supplement book for either high school students l...

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作者简介

Joan Horvath is the co-founder of Nonscriptum, a consulting and training firm that teaches educators and scientists how to use maker tech. She is a recovering rocket scientist who spent 16 years at JPL and then another 20 as an entrepreneur. Joan is an alumna of MIT, and the co-author of Make: Geometry and Make: Calculus. She lives in Southern California.

Rich Cameron is the co-founder of Nonscriptum, a consulting and training firm that teaches educators and scientists how to use maker tech. He is an open-source 3D printer hacker who designed the RepRap Wallace and Bukito 3D printers, and the co-author of Make: Geometry and Make: Calculus. He lives in Southern California.