Source of the CM5-based drone controller used for onboard image processing, communication, and high-level automation. Originally created for IARC2026 (drone engineering competition), used in other competitions as well.
Source of the CM5-based drone controller used for onboard image processing, communication, and high-level automation. Originally created for IARC2026 (drone engineering competition), used in other competitions as well.
Source of the CM5-based drone controller used for onboard image processing, communication, and high-level automation. Originally created for IARC2026 (drone engineering competition), used in other competitions as well.
Secondary home of the Open-Source Modular Infusion (OSMI) anesthesia pump. Credit of initial progress to Mitchell Boucher, Tyler Koopman, and Jimmy Zhang. This repository builds off their original design.
Secondary home of the Open-Source Modular Infusion (OSMI) anesthesia pump. Credit of initial progress to Mitchell Boucher, Tyler Koopman, and Jimmy Zhang. This repository builds off their original design.
This split keyboard is basically fixes everything annoying about standard typing. We took the logic of an ortholinear grid (where everything is predictable) and mashed it together with a column stagger that actually matches how long your fingers are. For me this type of form factor keyboard is good for long hours of typing
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.
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.
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.
AI-assisted PCB design for KiCAD 10. Native KiCAD plugin — a single Rust binary exposing 217 schematic, layout, routing, placement, design-review, and manufacturing tools to Claude, or the LLM of your choosing
mixelpixx
371
AI-assisted PCB design for KiCAD 10. Native KiCAD plugin — a single Rust binary exposing 217 schematic, layout, routing, placement, design-review, and manufacturing tools to Claude, or the LLM of your choosing
mixelpixx
371
M.E.O.W. automated pet feeder, a system that dispenses food and logs pet weight using load cells and RFID identification. The goal is to support long-term tracking of pet health trends such as obesity, malnutrition, or abnormal feeding behavior.
M.E.O.W. automated pet feeder, a system that dispenses food and logs pet weight using load cells and RFID identification. The goal is to support long-term tracking of pet health trends such as obesity, malnutrition, or abnormal feeding behavior.
M.E.O.W. automated pet feeder, a system that dispenses food and logs pet weight using load cells and RFID identification. The goal is to support long-term tracking of pet health trends such as obesity, malnutrition, or abnormal feeding behavior.
M.E.O.W. automated pet feeder, a system that dispenses food and logs pet weight using load cells and RFID identification. The goal is to support long-term tracking of pet health trends such as obesity, malnutrition, or abnormal feeding behavior.
M.E.O.W. automated pet feeder, a system that dispenses food and logs pet weight using load cells and RFID identification. The goal is to support long-term tracking of pet health trends such as obesity, malnutrition, or abnormal feeding behavior.