A recent tutorial highlights CircuitPython LCD animation, focusing on animating custom characters on standard LCD displays. This resource offers practical steps for adding dynamic visual elements to your embedded projects.
A new AR sandbox topographic map project demonstrates how kinetic sand can be transformed into a live, interactive landscape. This innovative setup uses a ToF sensor and pico projector, offering a practical example for students exploring augmented reality and sensor applications.
An innovative project demonstrates how an old 3D printer can be transformed into a functional 3D printer EMI imager. This resourceful approach provides an accessible method for identifying electromagnetic interference in electronic circuits, showcasing practical engineering solutions for students and researchers.
Discover Adafruit electronics videos, a free resource offering project insights, tutorials, and live Q&A sessions for engineering students and makers.
The Q8botOne quadruped robot is set to launch, offering an affordable and open-source platform for robotics enthusiasts. This fully assembled robot aims to make advanced robotics accessible for learning and project development.
New initiatives are leveraging Raspberry Pi wildlife AI camera traps to address human-wildlife conflict. This technology helps monitor animal movements and protect endangered species, fostering coexistence in critical ecological zones like Pakistan’s Gilgit-Baltistan mountains.
Arduino is inviting its global community to participate in an important Arduino user survey. Share your insights on their products and services, and get a chance to win one of ten mystery boxes filled with Arduino gear.
Adafruit has launched a free weekly Python Microcontrollers Newsletter, offering updates on CircuitPython, MicroPython, and hardware. This resource helps students and makers stay current with the latest developments in embedded Python.
A new technique leveraging a simple mirror promises to make 3D scanning more efficient. This method could significantly speed up project workflows for students and researchers, offering a practical approach to complex tasks.
A unique OVCS Raspberry Pi electric car project demonstrates practical embedded system applications in automotive design. This ‘Frankencar’ approach offers valuable insights for engineering students and makers.