Difference between revisions of "Australia/events/2019/SDC"
| Line 4: | Line 4: | ||
Medical device connectivity is a key component of health informatics, biomedical engineering and health information systems management. The role of medical devices is rapidly progressing from patient physiological monitoring and care delivery via drug and fluid delivery systems to include specialist anaesthesia, operating theatre, intensive care and emergency department systems. “Devices” increasingly include health Software as a Medical Device (SAMD) and patient-connected systems leveraging AI/machine learning powered technologies. Alongside this has been the widespread adoption of specialist and general EMR (electronic medical records) systems. These systems no longer can operate as independent entities glued together by clinicians transferring and interpreting data. | Medical device connectivity is a key component of health informatics, biomedical engineering and health information systems management. The role of medical devices is rapidly progressing from patient physiological monitoring and care delivery via drug and fluid delivery systems to include specialist anaesthesia, operating theatre, intensive care and emergency department systems. “Devices” increasingly include health Software as a Medical Device (SAMD) and patient-connected systems leveraging AI/machine learning powered technologies. Alongside this has been the widespread adoption of specialist and general EMR (electronic medical records) systems. These systems no longer can operate as independent entities glued together by clinicians transferring and interpreting data. | ||
| + | |||
This workshop explores Service-oriented Device Connectivity (SDC), an emerging standard for integrating devices from the device interface to connected point-of-care systems to remote applications including EHRs. | This workshop explores Service-oriented Device Connectivity (SDC), an emerging standard for integrating devices from the device interface to connected point-of-care systems to remote applications including EHRs. | ||
| − | Workshop Facilitator: | + | |
| + | ==Workshop Facilitator:== | ||
| + | |||
Todd Cooper is a US-based biomedical engineer and one of the pioneers of standards-based medical device interoperability. He is a member of the FHIR Foundation, a board member of IHE and co-founder of IHE Patient Care Devices working group. | Todd Cooper is a US-based biomedical engineer and one of the pioneers of standards-based medical device interoperability. He is a member of the FHIR Foundation, a board member of IHE and co-founder of IHE Patient Care Devices working group. | ||
| − | Who should attend | + | ==Who should attend== |
| + | |||
• Those involved in the development, integration & use of connected medical technology for hospitals and acute care environments | • Those involved in the development, integration & use of connected medical technology for hospitals and acute care environments | ||
Revision as of 08:09, 20 June 2019
Medical Device Connectivity - Leveraging current approaches, developing new capabilities
Saturday August 10th Melbourne
Medical device connectivity is a key component of health informatics, biomedical engineering and health information systems management. The role of medical devices is rapidly progressing from patient physiological monitoring and care delivery via drug and fluid delivery systems to include specialist anaesthesia, operating theatre, intensive care and emergency department systems. “Devices” increasingly include health Software as a Medical Device (SAMD) and patient-connected systems leveraging AI/machine learning powered technologies. Alongside this has been the widespread adoption of specialist and general EMR (electronic medical records) systems. These systems no longer can operate as independent entities glued together by clinicians transferring and interpreting data.
This workshop explores Service-oriented Device Connectivity (SDC), an emerging standard for integrating devices from the device interface to connected point-of-care systems to remote applications including EHRs.
Workshop Facilitator:
Todd Cooper is a US-based biomedical engineer and one of the pioneers of standards-based medical device interoperability. He is a member of the FHIR Foundation, a board member of IHE and co-founder of IHE Patient Care Devices working group.
Who should attend
• Those involved in the development, integration & use of connected medical technology for hospitals and acute care environments
• Clinical technologists / biomedical engineers (“users”) & system implementers / integrators/clinicians
• Medical technology developers & vendors (especially for acute care environments)
• Regulatory & governmental agencies & public policy makers
• Enterprise IT system developers and integrators of device-based content and services
• Researchers & Medical Device Informatics SMEs
Date: Saturday 10th August – 10am – 4pm
Venue: Engineers Australia L31/600 Bourke St Melbourne
Webinar to assist rural, interstate and international participants
Cost $180 Standard $150 Biomedical Engineers, HISA and IHE members $100 Students $80 Webinar only
Registration - admin.australia@ihe.net Enquiries from attendees and sponsors: - admin.australia@ihe.net
Related health IT events that you may consider attending when in Melbourne: August 11th IHE Workshop on interoperability and standards – current approaches to device connectivity and device security August 12-14th HIC 19 – Australia’s national conference on Health Informatics (Health Informatics Society Australia – HISA)