Michele Sambiagio

- Assembly and commissioning activities for eBus charging infrastructure. - Acceptance of installations before customer handover. - Operational and fault diagnostics on hardware and software. - Systematic testing and analysis of the charging processes. - Supervision and Pre-Commissioning checks (component installation, cabling, function tests). - Measuring signals and signal quality on power cables.

- Supporting the development and the manufacturing of smart packaging solutions for Power Electronics, including sintering and soldering technologies. - Configuration of power controllers for voltage supply of carbon and copper heating layers for precise and energy-efficient components soldering on PCB. - Testing and inspection of hardware prototypes, evaluating heat distribution, damaging and ageing mechanisms of integrated components.

- Testing and Tuning of human-machine smart speech interaction for automotive professional services for the international automotive market. - Supporting the development of smart interfaces with creation of datasets, audio data processing, samples recording and software testing. - On-field testing of electric vehicles and feedback reporting regarding audio communication and driving support.

- 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.