Medical devices management
on monitoring their operation. “It is all about understanding the ‘why’ as well as the ‘how’,” David explained. “Many of the people who come into the industry come from the military, avionics or other technical areas, and not medical. When they walk into the EBME department on their first day and they’re surrounded by all of this equipment, it can feel daunting. I wanted to write a book to address their potential gaps in knowledge, during the first few years. This book will give staff an understanding of the primary functions and the clinical implications of what they’re seeing.” The guide uses diagrams throughout the book
to allow the reader to get the most from the text and ensure that the most essential information is understood. The guide has been written in a conversational style and is intended for new technicians and engineers entering the clinical engineering field, but it can also be a valuable resource for a broader range of healthcare professionals, including operating department practitioners, neonatal unit practitioners, intensive care unit practitioners, and other medical equipment users. With suppliers, manufacturers and in-hospital training it will enable them to become safe and competent in the use and application of medical devices and equipment. Topics covered in the guide include:
l Heart and Circulation l Patient Monitoring l Defibrillation l Respiratory System and Mechanical Ventilation
l Anaesthesia Principals and Terminology l Anaesthesia Patient Gas Monitoring l Assessment and Care of the Newborn
The textbook also features a foreword by Prof.
It is great to have a good understanding of the electronics and the mechanics, but without an understanding of the clinical implications, patient safety can be put at risk.
John Sandham, the Chair of EBME Expo – a leading conference and exhibition serving the medical engineering sector. Commenting on the guide, Prof. Sandham states: “To excel in clinical engineering, professionals must possess a deep understanding of both the equipment’s technical principles and the physiological principles underlying its use. Clinical engineering is not solely about medical devices; it’s about how these devices interact with human
patients. This book effectively bridges the gap between the physiological and electronic aspects of healthcare equipment, providing a comprehensive understanding.” David adds that engineers need to understand the empathetic communication skills and behaviours required when managing equipment in the clinical setting – for example, when maintaining equipment in the neonatal setting. Noise needs to be minimised to avoid distress, and parents are also in a state of heightened anxiety. Therefore, the human aspects of medical engineering, in the context of such environments, are also discussed within the guide. Ultimately, David believes that this new
textbook will provide a step forward in supporting the development of the next generation of engineers: “I wanted to pay it forward for all the kindness and understanding I’ve had from medics, managers and colleagues during in the 40 years that I have worked in medical engineering. This book is my way of giving back to the sector, giving staff the tools and the knowledge they need to ensure the delivery of safe patient care,” he concluded. Order a copy of the guide at: https://
www.routledge.com/Essential-Guide-to- Medical-Equipment-Principles/Mulvey/p/ book/9781041003564
CSJ May 2025 I
www.clinicalservicesjournal.com 35
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