FABRICATION, CHARACTERIZATION, AND TESTING CORE (FaCT CORE)

项目总结--制造、表征和测试核心(FACT核心) 事实核心将为RPL和其他人提供所需的生物医学工程支持，以充分参与 设备、传感器和系统的开发、合成和验证 应用生物医学研究和/或临床翻译工作在Cobre的融合工程和 生物分子科学(CEBS)。这一以工程为重点的创新核心将是现有四个 工程学院的研究中心，其中三个已经是充电中心。事实核心将会 合并爱达荷州微制造实验室(IML)、博伊西州立材料表征中心(BSCMC)、 工程研究支持中心(ERS)和生物医学工程中心(BEC)。相遇 CEBS Cobre的目标是，研究人员必须能够从 通过机械加工、印刷或微制造，从简单的机械设备到更复杂的传感器。 在制造之后，研究人员还需要能够表征物理、光学和电学特性 设备/传感器的属性，以评估其性能，以进行所需的研究。因此，每项研究 工作将需要使用由FACT CORE提供的各种工具、仪器、流程和专业知识 设施和人员。CORE将由一名新的CORE主任监督，该主任将整合四个 管理设施，加强重点，增加生物医学工程的使用，并管理 人员、设备和设施。核心总监将制定BEC的充值费率 成为充值中心，并监督整个设施充电率的年度评估。至 激励CEBS响应研究的事实核心，将建立一个代金券计划，以支付充值 服务成本。最后，CORE将加入北卡罗来纳州立大学、爱达荷州和 由INBRE和RAIN计划推动的西部山区，供生物医学研究人员使用 学术界、政府和私营企业。

PROJECT SUMMARY – FABRICATION, CHARACTERIZATION, AND TESTING CORE (FACT CORE) The FaCT core will provide the biomedical engineering support needed for RPLs and others to fully engage in the development, synthesis, and validation of devices, sensors, and systems to be used in foundational or applied biomedical research and/or clinical-translational work in the COBRE in Convergent Engineering and Biomolecular Science (CEBS). This innovative engineering-focused core will be a consolidation of four existing research cores in the College of Engineering, three of which are already recharge centers. The FaCT core will merge the Idaho Microfabrication Lab IML), the Boise State Center for Materials Characterization (BSCMC), the Engineering Research Support ERS) center, and the Biomedical Engineering Center (BEC). To meet CEBS COBRE goals, researchers must be able to fabricate a wide range of devices and structures from simple mechanical devices to more sophisticated sensors through machining, printing, or microfabrication. After fabrication, researchers will also need to be able to characterize physical, optical, and electrical properties of the devices/sensors to assess their performance for the required research. Hence, each research effort will require use of a variety of tools, instruments, processes, and expertise supplied by FaCT core facilities and personnel. The FaCT core will be overseen by a new Core Director who will consolidate the four facilities administratively, enhance the focus to increase biomedical engineering usage, and manage personnel, equipment, and facilities. The Core Director will establish the recharge rates for the BEC as it becomes a recharge center, and oversee annual assessments of recharge rates across the entire facility. To incentivize CEBs responsive research in the FaCT core, a voucher program will be established to pay recharge service costs. Finally, the FaCT core will join the ranks of core facilities at BSU, the state of Idaho, and the Mountain West that are promoted by the INBRE and RAIN programs for use by biomedical researchers in academia, government, and private industry.