Telecommunications engineer with a passion for programming. I specialize in 5G/6G technologies, measurement automation and application development.
From mobile applications to RF measurement systems – projects that helped me grow as a telecommunications and software engineer. Projects that helped me grow as a telecommunications and software engineer.
Minimalist iOS task management app. Supports creating, editing and filtering tasks with intuitive gestures. Built with SwiftUI and SwiftData for persistence. Interface designed in Figma.
View on GitHub →Web dashboard for visualizing radio signals from USRP devices. Enables real-time spectrum monitoring with channel power analysis. 2D/3D chart visualization with data filtering. Built with Dash and MongoDB Atlas.
View on GitHub →Python script automating spectrum measurements with R&S instruments. Synchronizes generator and analyzer via SCPI protocol. Automatic sweep with peak detection, CSV export and multi-measurement visualization on a shared chart.
View on GitHub →All projects and source code are available in my GitHub repositories, organized by topic directories. Projects and source code are available on GitHub.
View all repositories GitHubStrong technical foundations from Poznań University of Technology combined with industry certifications in mobile telecommunications. Strong technical foundations combined with industry certifications.
Master's studies in Electronics and Telecommunications with a specialization in radio communication systems. Hands-on experience in 5G/6G technologies, mmWave propagation measurements and RF measurement automation.
Nokia certificate "Fundamentals of 5G and 5G Advanced Mobile Telecommunication Systems" covering radio propagation, MIMO antenna systems, network architecture and communication protocols.
Experimental research on 5G/6G technologies – from millimeter-wave propagation analysis to reconfigurable intelligent surfaces. Experimental research on 5G/6G technologies.
MIKON 2024 – 25th International Microwave and Radar Conference
Study of millimeter-wave propagation through building materials and floors at 18–30 GHz. Measurements showed significant loss variation – from 2 to 67 dB for different materials and 31–49 dB for floor penetration. Results are critical for 5G/6G indoor coverage planning, particularly in the context of modern energy-efficient IRR windows.
Conference Poster – Poznań University of Technology
An approach to codebook design for reconfigurable intelligent surfaces (RIS) using position information. Outdoor measurement studies demonstrated significant codebook size reduction with minimal degradation of received signal power. Results indicate ~80% reduction in RIS reflection pattern search space while maintaining link quality.
Want to dive into the details? All publications, research papers and technical materials are available in my repository. Publications and research papers are available in the repository.
View publications and research papers GitHubLooking for a telecommunications specialist, have an interesting research project or want to discuss collaboration? Write to me! Want to discuss collaboration? Write to me!