Università Roma Tre

Introduction to the course. Review of metrology. Main physical quantities in biomedical equipment and measurement systems. An overview of measurements for diagnostics. Fundamentals of cell biology. Characterisation and testing of medical instruments for diagnosis and therapy. Equipment for operating room and intensive care. Principles and techniques of blood pressure measurement. Medical infusion pumps.
Measurements for mechanical ventilation characterization and testing. Respiratory mechanics and diagnostic instruments. Basics of anesthesia delivery systems. Pulmonary ventilators. Ultrasonic and electrosurgical devices. Systems for extracorporeal circulation. An overview on diagnostic imaging systems in hospitals and quality assurance programs. An overview on systems and installations in hospitals. Test methods for biomedical equipment and installations, audits for quality assurance. Management and maintenance criteria of the medical equipment. General criteria for the organization of a clinical engineering department.

• NOTES AND PRESENTATIONS FROM THE COURSE.
• FRANCESCO PAOLO BRANCA “FONDAMENTI DI INGEGNERIA CLINICA - VOL. 1”, SPRINGER-VERLAG ITALIA 2000.
• FRANCESCO PAOLO BRANCA “FONDAMENTI DI INGEGNERIA CLINICA - VOL. 2”, SPRINGER-VERLAG ITALIA 2008.
• J.G. WEBSTER “MEDICAL INSTRUMENTATION:APPLICATION AND DESIGN”, ED. WILEY AND SONS.

Introduction to the course. Review of metrology. Fundamentals of statistics for dignostic measurements. Main physical quantities in biomedical equipment and measurement systems. An overview of measurements for diagnostics. Characterisation and testing of medical instruments for diagnosis and therapy. Principles and techniques of blood pressure measurement. Measurements for mechanical ventilation characterization and testing. Respiratory mechanics and diagnostic instruments. Basics of anesthesia delivery systems. Pulmonary ventilators. Diagnostic ultrasound physics and instrumentation: A-mode, B-mode, Doppler ultrasound. An overview on diagnostic imaging systems in hospitals and quality assurance programs. An overview on systems and installations in hospitals. Test methods for biomedical equipment and installations, audits for quality assurance. Management and maintenance criteria of the medical equipment. General criteria for the organization of a clinical engineering department.

• NOTES AND PRESENTATIONS FROM THE COURSE.
• FRANCESCO PAOLO BRANCA “FONDAMENTI DI INGEGNERIA CLINICA - VOL. 1”, SPRINGER-VERLAG ITALIA 2000.
• FRANCESCO PAOLO BRANCA “FONDAMENTI DI INGEGNERIA CLINICA - VOL. 2”, SPRINGER-VERLAG ITALIA 2008.
• J.G. WEBSTER “MEDICAL INSTRUMENTATION:APPLICATION AND DESIGN”, ED. WILEY AND SONS.

Introduction to the course. Review of metrology. Fundamentals of statistics for diagnostic measurements. Main physical quantities in biomedical equipment and measurement systems. An overview of measurements for diagnostics. Characterization and testing of medical instruments for diagnosis and therapy. Principles and techniques of blood pressure measurement. Measurements for mechanical ventilation characterization and testing. Respiratory mechanics and diagnostic instruments. Basics of anesthesia delivery systems. Pulmonary ventilators. Diagnostic ultrasound physics and instrumentation: A-mode, B-mode, Doppler ultrasound. An overview of diagnostic imaging systems in hospitals and quality assurance programs. An overview of systems and installations in hospitals. Test methods for biomedical equipment and installations, audits for quality assurance. Management and maintenance criteria of the medical equipment. General criteria for the organization of a clinical engineering department.

• APPUNTI DISTRIBUITI DAL DOCENTE.
• FRANCESCO PAOLO BRANCA “FONDAMENTI DI INGEGNERIA CLINICA - VOL. 1”, SPRINGER-VERLAG ITALIA, 2000.
• FRANCESCO PAOLO BRANCA “FONDAMENTI DI INGEGNERIA CLINICA - VOL. 2”, SPRINGER-VERLAG ITALIA, 2008.
• J.G. WEBSTER “MEDICAL INSTRUMENTATION:APPLICATION AND DESIGN”, ED. WILEY AND SONS.