Projects Timeline

// 2019 - Present
▸ Singularity — Environmental Monitoring Network
A distributed network of monitoring stations. This is where I learned electronics, C++/Python, UI work, and how sensors behave as one system. Current status: prototypes + rollout.
ESP32 ESP-NOW nRF Nextion UI CANbus Ethernet PlatformIO
View Project Status
// 2019 - Present (sporadic repairs)
▸ Vintage Radiometer Restoration Project
Restoration of classic Polish dosimetry equipment: RUST Polon Alpha detectors, URS-3, SAPOS-90, and vintage HP oscilloscopes. Gained hands-on experience with legacy circuits, integrated memory response analysis, high-voltage module repairs, amplification and counting circuits.
Restored Polish dosimetry equipment Polon Bydgoszcz radiometer
High Voltage Electronics Signal Amplification Counting Circuits Dosimetry Nuclear Radiation Monitoring
// 2022 - Present
▸ RaySID Gamma Spectrometer — Desktop Application
Cross-platform desktop software (Linux, Windows, macOS) for the RaySID gamma spectrometer. Deep dive into binary packet structures, checksums, and Bluetooth communication protocols. Python GUI application for receiving dosimeter packets and plotting gamma radiation spectrum in real-time.

Status: In development (beta available on GitHub)
RaySID software interface Gamma spectrum visualization
Python GUI Development Bluetooth Binary Protocols Data Visualization
View on GitHub
// 2025 - 2026
▸ Modular Rotating Platform — Engineering Thesis
Final engineering project for Automation & Robotics degree. A modular rotating platform designed for astronomy and radio astronomy applications. Features joint interpolation, Python control application, and STM32 microcontroller with independent timer-driven dual motor control.

100% solo project — design, construction, firmware, and UI.
Modular platform overview Platform mechanics Control interface
STM32 Motor Control Python UI Interpolation Astronomy
View on GitHub
// 2024 - Team Project
▸ Interelcom — 4-Layer PCB Design Contract
Commercial team project for Interelcom. Designed a 4-layer PCB in KiCAD featuring STM32 microcontroller with proper power supply decoupling capacitors, display interface, and peripheral management.

PCB Bluetooth antenna design: Complete RF calculations, impedance matching, trace geometry optimization, and all the delicate black magic that comes with embedding antennas on PCB. Every millimeter matters.
Final 4-layer PCB design PCB Bluetooth antenna design
KiCAD 4-Layer PCB STM32 RF Antenna Design Bluetooth Impedance Matching
// more projects coming soon...
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