The PCB designs for all shield templates for HoloCade-compatible embedded systems (ESP, Arduino, Pi, STM, Jetson, etc.)
My final mechatronics project from the Spring 2025 Embedded Systems Design Lab course. Taught by Dr. Jonathan Valvano. Team was Aidan Aalund, Alexa Aguilar Izquierdo, Paul Schnoebelen, Eric Zang, and Brian Ahn.
My final mechatronics project from the Spring 2025 Embedded Systems Design Lab course. Taught by Dr. Jonathan Valvano. Team was Aidan Aalund, Alexa Aguilar Izquierdo, Paul Schnoebelen, Eric Zang, and Brian Ahn.
My final mechatronics project from the Spring 2025 Embedded Systems Design Lab course. Taught by Dr. Jonathan Valvano. Team was Aidan Aalund, Alexa Aguilar Izquierdo, Paul Schnoebelen, Eric Zang, and Brian Ahn.
Custom 4-layer interrupter control board for DRSSTC systems. STM32F405-based, fiber-optically isolated outputs, hardware E-brake safety chain, and controlled-impedance routing (90Ω USB, 50Ω FSMC/SDIO). Designed in KiCad 9.0.
A novel approach to enhancing silent speech recognition systems with a multiplexed star electrode array, developed for my final year dissertation at University College London (UCL). Includes datasets, code, and electronics CAD files.
A novel approach to enhancing silent speech recognition systems with a multiplexed star electrode array, developed for my final year dissertation at University College London (UCL). Includes datasets, code, and electronics CAD files.
A novel approach to enhancing silent speech recognition systems with a multiplexed star electrode array, developed for my final year dissertation at University College London (UCL). Includes datasets, code, and electronics CAD files.
A novel approach to enhancing silent speech recognition systems with a multiplexed star electrode array, developed for my final year dissertation at University College London (UCL). Includes datasets, code, and electronics CAD files.