Matteo D'Acri

Education

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  Liceo Scientifico Tecnologico G. Cardano, Pavia, Italy

  1994 - 1998

  High Level School Qualifications Scientific
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  Università degli Studi di Pavia

  2007 - 2009

  Second level degree Biomedical Engineering

  Degree Thesis Title: “Remote Patient with ICD Management: Latitude experience from Boston Scientific”.The objective of this work was to analyze the patient’s management with Implantable Cardioverter Defibrillator (ICD) implanted for the therapeutic or preventive treatment of some cardiac pathologies (e.g.: ventricular tachycardia VT or fibrillation VF, heart failure HF or sudden cardiac death). In particular I have focused the remote patient management with RPM system (Remote Patient… Show more Degree Thesis Title: “Remote Patient with ICD Management: Latitude experience from Boston Scientific”.The objective of this work was to analyze the patient’s management with Implantable Cardioverter Defibrillator (ICD) implanted for the therapeutic or preventive treatment of some cardiac pathologies (e.g.: ventricular tachycardia VT or fibrillation VF, heart failure HF or sudden cardiac death). In particular I have focused the remote patient management with RPM system (Remote Patient Management), analyzing the Latitude system developed by Boston Scientific (already used in US and was going to be marketed in Europe/Italy) under various aspects: clinical, economics, patient’s safety and acceptance. Show less

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  Università di Pavia

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  First Level Degree Biomedical Engineer

  Degree Thesis Title: “Development of software to calculate the human body centre of mass: Validation in static and dynamic conditions”.The objective of this work was to develop software able to calculate with precision the human body centre of mass, when we used some different models at different complexity to represent the human body. We used the methodology of “segmental analysis”; this rebuild the centre of mass through the weighted average of each body’s segment centres of mass… Show more Degree Thesis Title: “Development of software to calculate the human body centre of mass: Validation in static and dynamic conditions”.The objective of this work was to develop software able to calculate with precision the human body centre of mass, when we used some different models at different complexity to represent the human body. We used the methodology of “segmental analysis”; this rebuild the centre of mass through the weighted average of each body’s segment centres of mass positions during the time of acquisition made with a stereofotogrammetric system. The validation of software was made in static conditions (subjects standing with open eyes on dynamometric platform) and in dynamic conditions (subjects during walk. Show less