Topics may include point-of-care or implantable medical devices, biosensors, imaging, robotics, tissue engineering, AI and drug development Research articles: clinician-led multidisciplinary research articles with a clearly defined clinical pathway. The scope of this Topical Collection includes the following The synergy that The Clinician Engineer will offer between engineering, regulatory frameworks and commercialization will break new ground for articles aiming to specifically impact our patients. The aim of this Topical Collection is to offer a precise high impact publication channel for medical engineering technologies that are rigorously researched, reach the market and more importantly benefit the patient. We introduce here The Clinician Engineer, a multidisciplinary Topical Collection, to provide answers to all these questions. This includes entrepreneurship activities undertaken by clinicians. How do commercialisation strategies impact the pathway to final product?. What is the state of regulatory frameworks? Journals with regulatory frameworks do not exist although it is an inherent part of any clinical translation.
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How to foster a clear pathway for new medical engineering technology to reach the market and ensure impact for patients? Several important topics are poorly understood by the majority of clinicians and engineers with the consequence that fewer engineering technologies reach the patient: The vision that drives this Topical Collection is a major gap in the current journal landscape for bringing engineering technology to the patient. Clinicians that understand these engineering concepts therefore and the pathway from prototyping to the patient will be at the forefront of medicine in the future. Clinical medicine is on the verge of undergoing a significant revolutionary change through transformative engineering technologies. As front line workers, a thorough understanding of engineering can help to recognise limitations in current engineering platforms and develop new solutions accordingly.
However, clinicians have limited knowledge of how these engineering solutions work. We use CT scans for imaging, cardiac stents for heart attacks, dialysis machines for kidney failure, ventilators for respiratory compromise, endoscopy for digestive bleeding. Clinicians utilise engineering solutions for every patient as opposed to the former days of a simple history and physical examination. This is the first international collaboration that aims to educate a new generation of clinicians with engineering expertise. In February 2019, we launched The Clinician Engineer hub.
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