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I am an electrical engineer with a strong focus on wireless communications, RF systems, and IoT engineering. My hands-on experience spans from embedded firmware development for low-power systems to PCB and RF hardware design. I thrive in bridging theoretical models with real-world measurements, particularly in dynamic environments, ensuring the reliability and efficiency of communication systems.…

Sebastián A. Silva Silva

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I am an electrical engineer with a strong focus on wireless communications, RF systems, and IoT engineering. My hands-on experience spans from embedded firmware development for low-power systems to PCB and RF hardware design. I thrive in bridging theoretical models with real-world measurements, particularly in dynamic environments, ensuring the reliability and efficiency of communication systems.…

Available to hire

I am an electrical engineer with a strong focus on wireless communications, RF systems, and IoT engineering. My hands-on experience spans from embedded firmware development for low-power systems to PCB and RF hardware design. I thrive in bridging theoretical models with real-world measurements, particularly in dynamic environments, ensuring the reliability and efficiency of communication systems.

Skills

Python

Experience Level

Python

Expert

Language

Spanish; Castilian

Fluent

English

Fluent

Work Experience

Lead Project Engineer at SCORPIO UC

December 1, 2025 - Present

Designing and deploying a 137 MHz LoRa receiving chain for real-time data acquisition from SpaceX (Swarm) LEO satellites. Managing a local server and database for automated data acquisition, ensuring continuous integrity and synchronization of satellite telemetry. Developing Python-based scripts to process raw RSSI/SNR data for statistical analysis and empirical modeling.

Intern at Wolke

January 1, 2025 - March 1, 2025

Developed firmware for Nordic semiconductor hardware using the Zephyr framework. Reduced power consumption of IoT devices designed for remote locations to extend operational autonomy. Simulated the thermal behavior of a metallic bar under magnetic field influence using the Finite Element Method (FEM).