Projects

This project contains a python-based package that allows automatically synchronizing completed downloads from a Transmission client to a Network Attached Storage (NAS) via SMB.

Firmware project template featuring modern CMake-based build system, documentation generation with Doxygen, source code formatting with clang-format, linting & enforcing style and naming conventions with clang-tidy, devcontainer support and more.

This project contains docker images for embedded firmware development. Each image comes with a set of pre-installed tools, enabling ultra-fast environment setup and rapid firmware development.

This project contains docker images that come with a specific version of python installation. The images serve as base images for other, more complex container images used for development.

This project contains a minimal LAMP (Linux, Apache, MySQL, PHP/Perl/Python) stack built with Docker Compose. This simple stack enables to easily and convinently develop and run websites locally.

RTC-based scheduler implementation suitable for ultra-low power applications, where recurring tasks are needed to be executed with long periods. Can be effectively combined with RTOS.

Developed a state-of-the-art, networked geophone platform for sensing micro-seismic activity with ultra-low power consumption; always-on, dual-side, multi-stage triggering; co-detection and more. Developed as my master thesis at ETH Zürich.

Easy to use, customizable bootloader for STM32 microcontrollers with configurable application space, checksum verification, flash write protection enable/disable, fail-safe design and a lot more.

Performance-efficient DMA timeout mechanism for peripheral DMA configured in circular mode demonstrated on a STM32 microcontroller.

Developed an energy-efficient IoT sensor node which features the combination of ultra-low power wake-up circuit with LoRa transceiver, dual MCU platform, battery operation with energy harvesting and various sensors. Developed as a semester project at ETH Zürich.

Working as hardware/software engineer at ETH TIK, my task was to develop the next-generation of the Wireless GPS module within the Permasense project. My work included complete hardware design and embedded software development.

Developed a medical monitoring device which can measure human vital signs, including heart rate and blood oxygen saturation. Focused on timing predictability for bounded response times and low-power system design. Developed as a semester project at ETH Zürich.

Developed an ECU (Engine Control Unit) with regenerative braking, ABS, ASR, ESP, object detection and object following features for a 1:8 scale RC car used for racing with 1800Watt BLDC motor, steering servo, 4x4 drive, front and rear differentials, independent suspension and more.

Central unit of an intelligent Home Automation System. Equipped with an 5" touch screen for user interaction. Ethernet, KNX, BT and Radio modules are available for communication. The hardware can be supplied from a 230V mains source.

The successor of the myPhone-v1: fully-functional GSM mobile phone with membrane keyboard, built-in speaker & microphone, two Li-Po batteries, and the whole is packed into an aluminium enclosure.

A fully-functional GSM phone with LCD dot-matrix display, built-in telephone book, USB connectivity for downloading contact infos, external speaker & microphone connectivity. Driven by an AVR Atmega128.