Fundamental Surgery12.18.19
Fundamental Surgery’s Total Knee Arthroplasty (TKA) simulation was reviewed by the American Academy of Orthopaedic Surgeons (AAOS) and has been awarded accreditation status. The award will allow orthopedic surgeons to collect CME credits while utilizing the haptic VR platform.
With this accreditation, Fundamental Surgery’s TKA simulation is confirmed as an activity that meets the stringent criteria set by the AAOS for learning modalities that qualify for CME credits. The combination of VR and haptics, along with data around knowledge and performance analysis, allows Fundamental Surgery to provide a “surgical skills score.” Specifically, the system and its haptics enable measurement of an orthopedic surgeon’s “hands on” knowledge through assessing correct angles, depths, attention to the surgical site and more, all producing key data points. This scoring methodology is cross referenced with AAOS’ requirements for competency. Once completing and passing the procedure, a trainee can obtain three CME credits.
“The AAOS strives to ensure that educational programs designed for orthopedic surgeons meet the criteria of the accreditation requirements of the Accreditation Council for Continuing Medical Education,” said Anna Salt Troise, chief education strategist, AAOS. “For the first time, we’re expanding these programs into the VR space to help our members and residents experience and navigate the same visuals, sounds and feelings they would during a real surgical procedure while obtaining CME credits. The Fundamental Surgery TKA simulation does just that by offering both an exciting training opportunity, as well as a look at how VR training is guiding the future.”
“Educational sources of learning and member development, such as the AAOS, provide significant value to surgeons in practice and training through quality assured courses, online content and now with our Haptic VR simulations.” said Peter Rainger, chief learning officer of Fundamental VR. “We’re truly delighted to have been awarded accreditation and will continue to work with the AAOS on our library of orthopedic simulations, ensuring they meet the stringent educational quality criteria, and allowing us to offer training that is valuable for trainees as well as attending surgeons.”
With this accreditation, Fundamental Surgery’s TKA simulation is confirmed as an activity that meets the stringent criteria set by the AAOS for learning modalities that qualify for CME credits. The combination of VR and haptics, along with data around knowledge and performance analysis, allows Fundamental Surgery to provide a “surgical skills score.” Specifically, the system and its haptics enable measurement of an orthopedic surgeon’s “hands on” knowledge through assessing correct angles, depths, attention to the surgical site and more, all producing key data points. This scoring methodology is cross referenced with AAOS’ requirements for competency. Once completing and passing the procedure, a trainee can obtain three CME credits.
“The AAOS strives to ensure that educational programs designed for orthopedic surgeons meet the criteria of the accreditation requirements of the Accreditation Council for Continuing Medical Education,” said Anna Salt Troise, chief education strategist, AAOS. “For the first time, we’re expanding these programs into the VR space to help our members and residents experience and navigate the same visuals, sounds and feelings they would during a real surgical procedure while obtaining CME credits. The Fundamental Surgery TKA simulation does just that by offering both an exciting training opportunity, as well as a look at how VR training is guiding the future.”
“Educational sources of learning and member development, such as the AAOS, provide significant value to surgeons in practice and training through quality assured courses, online content and now with our Haptic VR simulations.” said Peter Rainger, chief learning officer of Fundamental VR. “We’re truly delighted to have been awarded accreditation and will continue to work with the AAOS on our library of orthopedic simulations, ensuring they meet the stringent educational quality criteria, and allowing us to offer training that is valuable for trainees as well as attending surgeons.”