Michele Sambiagio

Led technical product operations for the Sicharge D ultra-fast charging portfolio across 30+ countries. Managed technical product reliability strategy, fleet stability and escalation processes for Sicharge D. Translated field insights into prioritized roadmap inputs and coordinated cross-functional resolution of fleet-critical issues.

Orchestrated technical support and development initiatives for Siemens' global charging solutions portfolio. Managing complex DC charging implementations across 30+ countries, focusing on both en-route and depot charging solutions. Combining deep technical expertise with strategic product development to ensure optimal charging infrastructure performance and compatibility.

Supported the development and manufacturing of smart packaging solutions for power electronics, focusing on sintering and soldering technologies. Configured power controllers for the voltage supply of carbon and copper heating layers, enabling precise and energy-efficient component soldering on PCBs. Tested and inspected hardware prototypes; evaluated heat distribution, damage patterns, and aging mechanisms of integrated components to inform design improvements.

Tested and tuned smart speech interaction systems for human-machine interfaces in professional automotive services targeting international markets. Supported the development of intelligent user interfaces by creating datasets, processing audio data, recording speech samples, and executing software tests. Conducted on-field testing of electric vehicles and reported detailed feedback on audio communication performance and driver-assistance functionalities.

- Designing and testing of signal conditioning circuit applied to beagle bone board. - Supporting the development of a low-cost PMU prototype model for power system automation, electrical grid measurements and synchronization. - Vocational training related to Erasmus+ program.

-Electromagnetic fields and antennas, analog and digital circuit design, measurements, semiconductor devices, electronic systems reliability, automatic controls, multimedia technology; - Bachelor Thesis about Face Recognition in the Near-IR Spectrum.

- Modelling, Measurements and Control of Power Systems; - Technical issues of Power Grids including High Voltage Systems; - Integration of Renewable Energies; - Economic and Technical view of the Energy Market. - Master Thesis about Reconfiguration algorithm based on power flow analysis.

- Studying the principles of multimedia technology and automatic controls including audio and video processing, pattern recognition analysis, robotics, and controller programming.