MRI: Acquisition of a DC/RF Sputtering System to Support Multi-disciplinary Research on Medical Sensors and Micro-generators in WBAN

该计划的目标是获得直流/射频（DC/RF）溅射系统，以支持医疗传感器，微型发电机，小型化柔性标签天线，和新颖的生物工程应用和在健壮和节能的无线体域网（WBAN）中的实现智能优点智能优点是为无线体域网的硬件实现提供基础，用于在患者诊断和健康监测场景中进行可靠的数据采集。它将扩大目前的研究活动和培训能力的范围，并通过在纽约理工学院目前的本科生和研究生课程中增加研究探索和实际操作仪器的经验，帮助建立一个新的学习环境。拟议的设备将配置为容纳各种材料，并作为一个共享的设施与访问给予合格的成员的研究界在长岛area.Broader impactsThe更广泛的影响是提供宝贵的教育和培训机会，为学生在本科和研究生水平，并成为一个工具，使和推进教师的研究。使用所提出的无线体域网系统，医院或诊所环境中的患者可以以不引人注目的方式接收持续的监测和护理。虽然不严格限于医疗保健应用，但这些努力可以大大降低医疗保健的成本。拟议的多学科研究也将有助于招聘潜在的学生，特别是妇女，在工程领域的学位课程。

ObjectiveThe objective of this program is to acquire a direct current/radio frequency (DC/RF) sputtering system to support multi-disciplinary research on medical sensors, micro power generators, miniaturized flexible tag antennas, and novel bioengineering applications and implementations in robust and energy efficient wireless body area network (WBAN) systems.Intellectual meritThe intellectual merit is to provide the basis for hardware implementation of wireless body area networks for reliable data acquisition in patient diagnosis and health monitoring scenarios. It will enhance the scope of the current research activities and training capabilities as well as help to develop a new learning environment by adding research exploration and hands-on instrumentation experience to current undergraduate and graduate curricula at New York Institute of Technology. The proposed equipment will be configured to accommodate various materials and operate as a shared facility with access given to qualified members of the research community in the Long Island area.Broader impactsThe broader impacts are to provide invaluable educational and training opportunities for students at both the undergraduate and graduate levels and to be a vehicle for enabling and advancing faculty research. Using the proposed wireless body area network system, patients in a hospital or clinic setting can receive constant monitoring and care in an unobtrusive manner. Although not strictly limited to health care applications, such efforts could significantly reduce the cost of medical care. The proposed multidisciplinary research will also contribute to the recruitment of potential students, especially women, for degree programs in engineering fields.