Edoardo Ferri Email & Phone Number

Novara, IT

Milano, Lombardia, Italia

• As a doctoral student, my main research activity is focused on modular multilevel converters for storage integration in the grid and in EV charging station.
• Definition and studies on new modular charging station topologies and controls
• Studies on efficiency-oriented control strategies for MMC/DAB Power Electronics TransformersI'm also actively taking part in research projects in collaboration with companies on the following topics:
• Studies on power converters and sensorless control of PMSM for aeronautical applications: efficiency evaluations, MRAS-based sensorless control simulations and digital implementation (Oct. 2023 - Ongoing)
• studies on real-time estimation of IGBTs junction temperature for grid-tied NPC converter (Dec. 2023 - Ongoing)
• studies on common-mode voltages issues in NPC converter parallelization for BESS integration. Development of equivalent models and evaluation scripts. (March 2022 - Sept. 2023)

• Teaching assistant for the course "Principles of Electrical Engineering" (2nd year B.Sc., since 2022)
• Tutoring activities for electrical measurements lab classes and "Modeling of Electrical Machines and Plants" course(2nd and 3rd year B.Sc., since 2024)
• Tutoring activities for "Electrical Drives" lab classes (2nd year M.Sc., 2022)

Tokyo, Giappone

• Six-months visiting period at TokyoTech Power Electronics Laboratory.As a visiting researcher, I was involved in studies on innovative high-power DC-DC converters integrating auxiliary multilevel cascaded cells. My.
• Evaluation and analytical derivation of a new control strategy aimed to suppress dc-currents.
• Losses evaluation of the converter under the new control strategy focusing on the multilevel auxiliary converter.
• Testing activities on a small-scale prototype.

Orsenigo, Lombardia, Italia

Debugging and testing activities on logic and power boards for automotive applications.

Vittuone, Lombardia, Italia

• Hardware design of a wireless-supplied rotor temperature sensor for electric motors (working prototype). Project carried out in collaboration with the R&D Team of ABB IEC Low Voltage Motors division in Vittuone.
• Definition of the system configuration according to specifications and budget;
• Research activities on semiconductor materials to be used in high-temperature electronics;
• Studies on possible data-transmission modes (radio and optical);
• Signal conditioning circuit design;
• FEM analysis and simulations aimed to design a wireless supply system (Ansys EM, Simulink);

Doctor Of Philosophy - Phd, Electrical Engineering

Visiting Phd Student, Electrical Engineering

Master Of Science - Ms, Electrical Engineering, 110/110 Cum Laude

Activities and Societies: Buddy Project: provide help to foreign student with the life in the campus.Member of "EMS - Energia e Mobilità.