生理系统和医疗设备哲学博士

在心血管工程中，正在进行的与临床医生的研究合作正在寻找新的方法，以通过开发介入，心脏辅助，经导管和药物输送设备以及可穿戴的无创监测来开发更有效地诊断疾病状况和提高疗效的方法，以监测高血压，心律失常和心脏衰竭。在神经工程中，将组织氧合，诱发电位和血液动力学综合起来，以评估缺血，缺氧和脑血流动力学方面的脑功能。一个新形成的目标是建立在疾病条件下分析心脑功能和多器官相互作用的方法论和建模视角。
In cardiovascular engineering, ongoing research collaborations with clinicians are finding new ways to more efficiently diagnose disease conditions and improve therapeutic efficacy through development of interventional, cardiac assist, trans-catheter and drug delivery devices and wearable noninvasive monitoring for applications to hypertension, cardiac arrhythmia and heart failure. In neuroengineering, tissue oxygenation, evoked potentials and hemodynamics are integrated to assess brain function in terms of ischemia, hypoxia and cerebral hemodynamics. A newly formed objective is to establish methodology and modeling perspective for analyzing heart-brain function and multi-organ interaction under diseased conditions.