Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
Modernized Kotlin CLI for Freerouting — a lightweight, headless, high-performance printed circuit board (PCB) auto-router without bloated GUIs or local servers.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
This is a repository containing the PCBs designed during the FA25-SP26 academic year. Due to high compatibility and relative ease of use, all of these files are made with KiCad.
A device designed to detect cosmic rays (primarily muons) using a grid of Geiger-Müller sensors. Cosmic rays are high-energy particles originating from outside the Solar System, making this project a tool for observing their interaction with Earth's atmosphere.
A hardware–software system for measuring magnetoresistance of thin-film structures. The system performs automated experiment control, high-precision resistance measurements in a magnetic field, and provides data acquisition, analysis, and visualization.
This dual-MCU repository features a heterogeneous architecture pairing an ESP32-P4 application processor with an ESP32-C5 Wi-Fi 6/BLE hub. Linked over a high-bandwidth 4-bit parallel SDIO interconnect, this design decouples heavy multimedia task execution from the networking stack to completely eliminate application interrupt starvation.