Engineering-first robotics, AI, maker hardware, STEM, and creator technology reporting
E-bike battery charging is a systems problem: certified packs, matching chargers, ventilation, storage, supervision and clear rules matter more than generic gadget habits.
E-Bike Battery Charging Setup: An Engineering Checklist for Homes, Shops and STEM Programs Read More
A smart-home maker lab should choose hubs and border routers by failure recovery, local control, radios, updates and test visibility — not just by logo support.
Matter Hub, Thread Border Router, or Home Assistant Box? A Smart-Home Lab Reliability Guide Read More
FIRST has posted the BIOBUZZ 2026–2027 FIRST Tech Challenge season page. For teams, the engineering story is how to prepare sensors, wiring, inspection habits, and driver practice before kickoff details arrive.
FIRST Tech Challenge BIOBUZZ Puts Biology-Inspired Robotics on the 2026–2027 Calendar Read More
Arduino’s Core on Zephyr 0.56.0 update gives maker and embedded teams another reason to treat board support, drivers, and repeatable testing as part of the project—not cleanup after the demo.
Arduino Core on Zephyr 0.56.0 Moves Embedded Testing Closer to the Board Read More
Raspberry Pi updated rpi-sb-provisioner so organizations can connect fleets of boards with stronger device identity, secure boot, and repeatable imaging workflows.
Raspberry Pi Connect Adds a Cleaner Path for Secure Fleet Provisioning Read More
A maker proof of concept uses Espressif’s ESP32-P4 as the heart of an IP KVM, showing how microcontroller-class boards may reshape remote access for small labs.
ESP32-P4 IP-KVM Project Shows a Smaller Path to Remote Lab Access Read More
Raspberry Pi 500+ adds 16GB RAM, 256GB NVMe storage, and a mechanical keyboard to the keyboard-PC format. For maker labs and classrooms, the spec question is workflow fit, repair path, and I/O planning.
Spec Review: Raspberry Pi 500+ Looks Like a Better Lab Keyboard PC, If the Workflow Fits Read More
A new maker project spotlight shows why split-flap displays remain useful STEM teaching hardware: motion control, calibration, print tolerances, and serviceability are all visible in one build.
3D-Printed Split-Flap Display Project Highlights a Useful STEM Controls Lesson Read More
Resolution is only part of field documentation. This guide explains mounts, stabilization, field of view, heat, storage, and repeatable action-camera workflows.
Action Camera Mounting Guide for Robotics and Field Teams Read More
Drone photogrammetry can turn field photos into useful maps and 3D models, but maker teams need overlap discipline, ground control, lighting checks, and validation before trusting the output.
Drone Photogrammetry for Maker Teams: The Field Checklist Before You Trust the Model Read More