The maker movement is the loose, worldwide do-it-yourself culture of people who build, modify, and share physical things, especially electronics, robotics, and other technology projects, and who treat making as a creative and social activity rather than purely a profession. It blends older traditions of tinkering, craft, and hobby electronics with internet-era habits of openly sharing designs, code, and tutorials. A maker might combine sensors, microcontrollers, 3D-printed parts, and salvaged components into a project, then publish the whole thing online so others can copy and improve it.
The movement is closely tied to Make magazine, founded in 2005 by Dale Dougherty. In Dougherty’s own firsthand account, the magazine “had the good fortune to find more and more people who read this magazine, go to Maker Faire” and build their own projects, and he is careful to say he did not invent the movement so much as name and gather it: “so many embraced the word maker and made it their own.” Make popularized the term maker for people who enjoy hands-on building, and framed making as part of human nature, an instinct that many people had simply not had an outlet to express.
Maker Faire turned that idea into a recurring public event. Started in 2006 in the San Francisco Bay Area, it grew, by Dougherty’s account, to “nearly 200 locations in 40 countries, with over 1.5M attendees annually,” functioning as a showcase where makers demonstrate their projects to one another and to the public. These gatherings, along with the rise of hackerspaces and makerspaces, gave the movement physical homes: shared workshops stocked with tools, laser cutters, and 3D printers where members teach each other skills and collaborate.
Several technologies made the movement practical at scale. Cheap, easy microcontroller boards such as Arduino let non-engineers add intelligence to projects; the Raspberry Pi added a full, inexpensive Linux computer; the BBC micro:bit and similar boards brought making into schools; and low-cost Wi-Fi chips like Espressif’s ESP family connected projects to the internet. At the same time, affordable 3D printers, accessible contract manufacturing, and the open-source ethos, where designs and code are freely published, meant a hobbyist could prototype and even produce hardware that would once have required an industrial workshop.
The maker movement’s significance is cultural as much as technical. It reframed advanced technology as something ordinary people could shape rather than merely consume, fed directly into the growth of open-source hardware and the hobbyist Internet of Things, and influenced education through makerspaces and project-based learning. Many small hardware companies and crowdfunded products began as maker projects, making the movement a pipeline from personal tinkering to real products, and a counterpoint to the idea that building technology is the exclusive domain of large firms.