Raspberry Pi has released the Book of Making 2027, a new Raspberry Pi Press collection built around maker projects rather than a single board launch. The company’s announcement says the book includes projects such as a scratch-built robot, long-range radio communications, a CO2 monitor, a drum machine, and 3D-printed moulds for soap.
For TVG readers, the news is less about another project book and more about the shape of STEM labs in 2026. The useful classroom kit is no longer just a board, a blinking LED, and a short worksheet. The stronger projects combine sensors, fabrication, mechanical mounting, power, code, and debugging habits.
Why it matters
Project catalogs matter because they often become the starting point for school clubs, libraries, family workshops, and small maker spaces. A good catalog gives beginners a path into real systems without pretending that every build works on the first try.
Raspberry Pi’s examples point toward a broader lesson. A robot teaches motion, mounting, battery discipline, and recovery from failure. A CO2 monitor teaches sensing, calibration, enclosures, and where not to place a sensor. A radio project teaches antennas, range, regulations, and logging. Fabrication projects teach tolerances and material behavior.
What STEM labs should look for
The strongest use of a book like this is not copying every project exactly. It is choosing projects that create reusable lab habits. Students should learn how to label cables, document pin choices, check sensor readings against reality, and keep a known-good image or backup card available before changing code.
That matters for equity as much as engineering. A classroom with one expert mentor can recover from a messy wiring mistake. A classroom with a substitute teacher, borrowed gear, or a mixed-age robotics club needs setup notes that survive from week to week.
TVG has been tracking the same pattern in Raspberry Pi maker-lab readiness and AI HAT+ validation workflows: the board is only one part of the lesson. Power, storage, mounting, cables, and recovery procedure decide whether the project becomes a repeatable learning station.
One practical way to use the book is to turn each selected build into a lab card. The card can list the parts bin, safe power source, expected first test, likely wiring mistake, and the recovery step if the project stops responding. That extra layer is what lets a one-day activity become a repeatable club station.
Editor’s take
The Book of Making 2027 is useful if educators treat it as a menu, not a magic kit. Pick fewer projects, build them more carefully, and turn each one into a short checklist: required parts, safe power source, known-good code, common failure points, and a reset procedure.
TVG will watch whether Raspberry Pi Press continues to emphasize projects that mix software with real-world sensing and fabrication. That is where classrooms get the most durable engineering value.
For mentors, the best question is not which project looks most impressive in a photo. It is which project gives students enough room to predict, measure, fail safely, and improve the second version. A simpler sensor build with good logging can teach more engineering than a complex robot that nobody can troubleshoot.
