A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A custom embedded PCB designed around a microcontroller, with emphasis on power integrity and component selection. The project covers schematic design and PCB layout, guided by datasheet analysis and electrical constraints. Design files and documentation are maintained in this repository.
Capture / replication of Aliexpress step up module ("70W DC-DC 12V 24V To 160V 170V 200V-450V Voltage Adjustable Boost Power Converter Nixie Clock Tube Amplifier Capacitor Charging")
ESP32 / ESP-IDF IoT reference projects with MQTT, OTA updates, power management and hardware integration from the AIoT Workshop book series.
A compact multi-sensor breakout board combining three high-performance sensors on a single PCB with a shared SPI bus, onboard power regulation, and dual JST-GH connectors.
A professionally structured, production-ready KiCad schematic integrating an ESP32-WROOM-32D with wired dual-port Ethernet, high-speed USB-C debugging, and an onboard AC/DC power supply.
A small, esp 32 based portable computer - an upgraded version of the cardputer adv, with more functionality, processing power, and ease of use. It features a bigger, low-profile mechanical keyboard, a *much* bigger 2.8" touch display, and more ! All made from scratch by a teenager for Hack Club Outpost.
Welcome to my curated collection of hardware design projects focused on practical, compact, and beginner-to-intermediate level printed circuit board (PCB) designs. These projects were originally built to improve my skills in circuit design, PCB layout, power electronics, and embedded systems.
Welcome to my curated collection of hardware design projects focused on practical, compact, and beginner-to-intermediate level printed circuit board (PCB) designs. These projects were originally built to improve my skills in circuit design, PCB layout, power electronics, and embedded systems.