A b o u t M e
Hello again - thanks for scrolling this far!
I graduated with a BEng in Electrical and Electronics Engineering and have experience across embedded systems, electronics, and full-stack applications.
My main focus is building engineering solutions that connect hardware and software — from microcontroller-based systems, FPGA to web applications, and user interfaces. Outside of engineering, I like tinkering with my CNC machine and 3D printer, playing chess, and staying active through hiking.
I am open to new opportunities where I can contribute to exciting projects, and collaborate with other engineers. If you have a project in mind and think my skills could be a good fit, feel free to get in touch.
P r o j e c t s
LED Controller for Optimized Plant Growth
This project is an IoT-based LED grow-light control system designed to support optimized plant growth through configurable light output and wireless device communication.
The system uses ZigBee for efficient wireless communication between multiple microcontroller-based LED controllers and a Raspberry Pi gateway. The gateway coordinates the embedded devices and provides a connection to an easy-to-use graphical interface for controlling lighting parameters, monitoring system status, and managing the system.
JavaScript
React
Node.js
Express
MongoDB
Microcontroller
MQTT
Linux
Mosquitto
Nginx
C
Quantum Spectrometer
I designed and built a quantum spectrometer for measuring and analysing light within the Photosynthetically Active Radiation spectrum. The device is intended to support plant growers, researchers, and lighting manufacturers by providing useful light quality measurements for optimizing plant growth conditions.
The spectrometer supports PPFD measurements, exposure time adjustment, spectral correction, and both continuous and peak measurement modes. Implemented using an STM32 microcontroller, the system combines signal generation, ADC-based data acquisition, embedded firmware, and a user-friendly interface for displaying and interpreting measurement data.
Microcontroller
LVGL
C
Cad
C o n t a c t M e
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