A field-deployed monitoring and irrigation telemetry system for a walnut orchard, combining sensor acquisition, CRC-validated communication, MQTT, and remote dashboards.
Embedded systems, IoT and wireless research — built, tested and deployed beyond the lab.

Four engineering projects connecting electronics, radio communications, research and reliable infrastructure.
A field-deployed monitoring and irrigation telemetry system for a walnut orchard, combining sensor acquisition, CRC-validated communication, MQTT, and remote dashboards.
An experimental ground station for receiving low-power LoRa packets from LEO satellites, combined with antenna construction, tuning, and reception analysis.
An MSc research project investigating residual frequency-offset estimation in LEO satellite IoT links using SDR IQ recordings, orbital prediction, and signal analysis.
A self-hosted Linux stack running on Raspberry Pi for telemetry ingestion, time-series storage, visualization, remote access, and backup workflows.
I’m a Physics graduate and MSc candidate at the University of Thessaly, focused on embedded IoT, wireless communications, software-defined radio and applied R&D.
I enjoy the entire engineering process: building hardware, writing firmware, measuring signals, diagnosing faults and turning data into useful systems.
Based in Thessaly, Greece · Open to engineering opportunities.