Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials
Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials
Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials
Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials
Modular hardware platform based on the RISC-V X-HEEP family architecture developed at ESL, targeting ultra-low-power consumption and miniaturization, facilitating the creation of wearable devices for clinical trials
develop a wide area coverage acoustic sensor with a 180 degree FOV and resolution sufficient to localize a target direction when combined with other sensing modalities
develop a wide area coverage acoustic sensor with a 180 degree FOV and resolution sufficient to localize a target direction when combined with other sensing modalities
Mixed-signal FIR accelerator SoC on Caravel/Sky130A — CIC decimator, 8-tap programmable FIR filter, PWM DAC, Wishbone CSR
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.
New repo for the revB of the "cave" board made on Eagle in 2016 (https://github.com/Talw3g/elec/tree/master/projects/cave).
Custom 2-channel digital oscilloscope DAQ with 20MHz bandwidth. Built with a custom KiCad analog front-end (AFE) PCB, Gowin FPGA (Tang Nano 9K) for high-speed signal buffering (VHDL), and an RPi Pico MCU for SCPI-like control. Includes a simple Python GUI for data visualization.
Custom 2-channel digital oscilloscope DAQ with 20MHz bandwidth. Built with a custom KiCad analog front-end (AFE) PCB, Gowin FPGA (Tang Nano 9K) for high-speed signal buffering (VHDL), and an RPi Pico MCU for SCPI-like control. Includes a simple Python GUI for data visualization.
Hosts firmware for the ESP32 that measures and reports ambient light levels, aiding in light-based automation and monitoring tasks.
Battery-powered e-paper sign: room signage, sensor graphs, home automation, or anything over Wi-Fi. Wakes by real-time clock, NFC tap, or button. Raspberry Pi Pico W firmware, custom PCB, and 3D-printed case included.
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Battery-powered e-paper sign: room signage, sensor graphs, home automation, or anything over Wi-Fi. Wakes by real-time clock, NFC tap, or button. Raspberry Pi Pico W firmware, custom PCB, and 3D-printed case included.
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Respositorio del Proyecto asociado a la Tesis de la Maestría en Ingeniería Biomédica de la FI-UNER, titulada "Diseño de sistema háptico para realimentación táctil no invasiva en protesis de miembro superior".
Respositorio del Proyecto asociado a la Tesis de la Maestría en Ingeniería Biomédica de la FI-UNER, titulada "Diseño de sistema háptico para realimentación táctil no invasiva en protesis de miembro superior".
Respositorio del Proyecto asociado a la Tesis de la Maestría en Ingeniería Biomédica de la FI-UNER, titulada "Diseño de sistema háptico para realimentación táctil no invasiva en protesis de miembro superior".
This project is a camera that will be able to be hung on your keychain, being able to take videos and picture without friction, from turning it on to getting the composition like how you see it. It will be similar to that of the dji nano. And will be GREAT! alr probably gonna change that later lmao