To let the student know how to record physiological signals, such as in electromyography, electrocardiography and electroencephalography; knowledge of biomedical signal processing and filtering fundamentals; to let the student learn how to design and use simple biomedical data acquisition systems through laboratory activities.
Curriculum
teacher profile teaching materials
During the lectures, fundamental theoretical concepts will be presented to support the execution of hands-on activities, with a particular focus on the use of experimental instrumentation and the development of basic laboratory setups.
Course Contents
• Basic instrumentation in an experimental Biomedical Engineering laboratory: features and usage.
• Sensors and measurement systems for detecting biomedical signals and parameters.
• Data acquisition protocols: from analog signals to digitization and storage.
• Design and setup of a measurement chain for biomedical signal experiments.
• Data acquisition and management software: overview of tools and interfaces.
• Embedded systems for biomedical applications and wearable devices.
• Laboratory activities using typical biomedical engineering instruments and devices.
• BRONZINO - BIOMEDICAL ENGINEERING HANDBOOK, TAYLOR AND FRANCIS GROUP
• ONLINE TUTORIALS ON moodle web platform and on TEAMS sharing
Programme
The course aims to introduce students to the practical activities typical of an experimental Biomedical Engineering laboratory, promoting the understanding and application of methodologies used for the acquisition and processing of biomedical signals.During the lectures, fundamental theoretical concepts will be presented to support the execution of hands-on activities, with a particular focus on the use of experimental instrumentation and the development of basic laboratory setups.
Course Contents
• Basic instrumentation in an experimental Biomedical Engineering laboratory: features and usage.
• Sensors and measurement systems for detecting biomedical signals and parameters.
• Data acquisition protocols: from analog signals to digitization and storage.
• Design and setup of a measurement chain for biomedical signal experiments.
• Data acquisition and management software: overview of tools and interfaces.
• Embedded systems for biomedical applications and wearable devices.
• Laboratory activities using typical biomedical engineering instruments and devices.
Core Documentation
• BRONZINO - BIOMEDICAL ENGINEERING HANDBOOK, TAYLOR AND FRANCIS GROUP
• ONLINE TUTORIALS ON moodle web platform and on TEAMS sharing
Type of delivery of the course
The course includes classroom lectures and laboratory activities led by the teacher.Attendance
Attendance at lessons is not mandatory but strongly suggested, with particular reference to practical laboratory activities.Type of evaluation
Written and oral exam including a test on the activities carried out in the laboratory. teacher profile teaching materials
During the lectures, fundamental theoretical concepts will be presented to support the execution of hands-on activities, with a particular focus on the use of experimental instrumentation and the development of basic laboratory setups.
Course Contents
• Basic instrumentation in an experimental Biomedical Engineering laboratory: features and usage.
• Sensors and measurement systems for detecting biomedical signals and parameters.
• Data acquisition protocols: from analog signals to digitization and storage.
• Design and setup of a measurement chain for biomedical signal experiments.
• Data acquisition and management software: overview of tools and interfaces.
• Embedded systems for biomedical applications and wearable devices.
• Laboratory activities using typical biomedical engineering instruments and devices.
• BRONZINO - BIOMEDICAL ENGINEERING HANDBOOK, TAYLOR AND FRANCIS GROUP
• ONLINE TUTORIALS ON moodle web platform and on TEAMS sharing
Programme
The course aims to introduce students to the practical activities typical of an experimental Biomedical Engineering laboratory, promoting the understanding and application of methodologies used for the acquisition and processing of biomedical signals.During the lectures, fundamental theoretical concepts will be presented to support the execution of hands-on activities, with a particular focus on the use of experimental instrumentation and the development of basic laboratory setups.
Course Contents
• Basic instrumentation in an experimental Biomedical Engineering laboratory: features and usage.
• Sensors and measurement systems for detecting biomedical signals and parameters.
• Data acquisition protocols: from analog signals to digitization and storage.
• Design and setup of a measurement chain for biomedical signal experiments.
• Data acquisition and management software: overview of tools and interfaces.
• Embedded systems for biomedical applications and wearable devices.
• Laboratory activities using typical biomedical engineering instruments and devices.
Core Documentation
• BRONZINO - BIOMEDICAL ENGINEERING HANDBOOK, TAYLOR AND FRANCIS GROUP
• ONLINE TUTORIALS ON moodle web platform and on TEAMS sharing
Type of delivery of the course
The course includes classroom lectures and laboratory activities led by the teacher.Attendance
Attendance at lessons is not mandatory but strongly suggested, with particular reference to practical laboratory activities.Type of evaluation
Written and oral exam including a test on the activities carried out in the laboratory.