PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
IINTS is an open-source insulin pump project designed for affordability and accessibility. Built with Python in Thonny, it controls insulin delivery using stepper motors and a user-friendly interface. Fully customizable and licensed under MIT.
python35
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Meshtonic H4M Companion — ESP32-S3 carrier for PortaPack H4M / Mayhem with multi-slot LoRa and standalone Meshtastic
A 3×3 programmable external numpad (Macropad: named as ModuPad) with layered functionality, encoder-driven mode switching, and an event-driven OLED user interface.
Fully custom split mechanical keyboard. Runs on ZMK software, controlling key functions and responsive lighting. Future iterations intend to use ultra low-profile switches and a case redesign to allow the two sides to fold together for portability.