Engineering-first robotics, AI, maker hardware, STEM, and creator technology reporting
A practical engineering-led guide for planning an e-bike charging zone in a maker garage without turning it into a random extension-cord problem.
E-Bike Charging Zones Belong in the Maker Garage Plan Read More
E-bike torque and cadence sensors are more than ride-feel features. They are approachable lessons in controls, signal quality, safety, calibration, and user feedback.
Torque Sensor vs. Cadence Sensor: What E-Bike Controls Teach STEM Builders Read More
Is the Luxonis OAK-D Lite the right choice for your next robot? We break down the specs and engineering trade-offs of this affordable spatial AI camera.
Luxonis OAK-D Lite: Reviewing the Best Entry Point for Spatial AI Robotics Read More
A broadened-lane STEM/sports-tech guide comparing UWB and Bluetooth Channel Sounding for timing gates, proximity experiments and student measurement projects.
UWB or Bluetooth Channel Sounding? Sports-Tech STEM Projects Need Accuracy Claims They Can Prove Read More
A current limit can save boards, cables, and debugging time when maker labs power unknown circuits, robot sensors, LEDs, and prototypes.
Bench Power Supply Current Limits Are a Maker-Lab Safety Feature, Not a Knob to Ignore Read More
Photogates and phone video can both teach sports technology, but they measure different things. The best classroom setup starts with the question.
Photogate Timing or Phone Video? STEM Sports Tech Projects Need the Right Measurement Tool Read More
TVG Report explains petoi bittle x spec review: robustness and voice integration in palm-sized quadrupeds with practical engineering context, risks, source.
Petoi Bittle X SPEC Review: Robustness and Voice Integration in Palm-Sized Quadrupeds Read More
Raspberry Pi highlighted a pocket cyberdeck built inside an Altoids tin. The fun build points to real constraints around displays, keyboards, power, and serviceability.
A Raspberry Pi Zero Cyberdeck in an Altoids Tin Shows Why Tiny Field Terminals Are Hard Read More
Adaptive switch projects can teach inputs, debouncing, mounting, latency and durability while connecting classroom electronics to accessibility needs.
Adaptive Switch Interfaces Give STEM Labs a Better Reason to Teach Inputs Read More
Sports timing gates give STEM clubs a useful systems project: sensors, calibration, mounting, logging and false-trigger handling all have to work together.
Sports Timing Gates Are a Better STEM Project When Students Design the Failure Cases Read More