Free event hosted by RES and the SMBEV
The aim of this lecture is to highlight issues that govern aspects of clinical & technical failures particularly in relation to technology that goes "home" with the patient by looking at a range of incidents and statistics. By understanding what went wrong which led to these incidents, patient safety can be maximised and failures can be minimised.
Further, we will consider the practical management aspects of implementing "safe" processes from hazard identification, risk assessment, the controls which are put in place and all of the procedures which are defined and adopted. This also outlines practices that will help you avoid litigation and is part of the overall quality process that is in place to ensure the best outcomes.
Name: Bill Contoyannis, Rehabilitation Engineer
Bill is a senior forensic engineer with Mark Dohrmann and Partners Pty Ltd conducting investigations and providing expert advice. He was instrumental in the setting up of REHAB TECH, a Prosthetics, Orthotics and Assistive Technology consulting service and research unit originally at Australia’s Monash University’s Centre for Biomedical Engineering and now a private entity.
He is a qualified rehabilitation Engineer with a degree in Mechanical engineering and a Masters of Biomedical Engineering and is an adviser to health departments, professional organisations and support associations throughout Australia.
He has been involved in a broad range of rehabilitation and assistive technology areas and has contributed to the field area of prosthetics for over twenty five years and with a range of activities including incident investigation, education, research, advice and clinical support.
He managed and conducted technical failure investigations on behalf of a nation-wide reporting scheme for over ten years. As part of this work he conducted formal training courses worldwide in patient safety, failures of assistive technology devices and litigation avoidance, and material science relating to the fabrication of artificial limbs, orthopaedic devices, wheelchairs and other assistive technology.
He is a co-author of Chapter 3 - Material Science, AAOS Atlas of Orthoses and Assistive Devices, (Fourth Edition).
Bill has extensive experience in: