Workshop on Nano/Micro Manufacturing: Translational Research, Applications, and Industry Needs, at Ford Motor Conference Center in Dearborn, Michigan. (Date to be determined).

纳米/微制造研讨会：转化研究、应用和行业需求，在密歇根州迪尔伯恩的福特汽车会议中心举行。

• 批准号: 1249348
• 负责人: Yogesh Gianchandani
• 金额: $ 4.8万
• 依托单位: Regents of the University of Michigan - Ann Arbor
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2012
• 资助国家: 美国
• 起止时间: 2012-09-01 至 2014-02-28
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1249348&HistoricalAwards=false
• 关键词: Workshop; Nano; Micro; Manufacturing; Translational

Yogesh Gianchandani, University of MichiganWorkshop on Nano/Micro Manufacturing: Translational Research, Applications, and Industry NeedsABSTRACTIntellectual Merit: This workshop is intended as a first step toward developing a roadmap for practical innovations in nano/micro-manufacturing. The workshop, to be held at the Ford Motor Conference Center in Dearborn, Michigan, is aimed at having 150 attendees and will be a 2-day meeting with keynote talks, plenary sessions with talks by distinguished academic and industry speakers, panel discussions, breakout group discussions/reports, and debate. An important and distinguishing feature of the workshop will be the emphasis on applications and the needs of customers. The program and audience will represent the application domains of biomedical technologies, communications and information technology, (non-electronic) consumer products, defense and homeland security, electronics, energy and environmental technologies, transportation, and infrastructure development and monitoring. A technical report for the workshop will include abstracts or slides of the presentations as well as the discussion summaries generated by the breakout sessions. This workshop will also provide an industrial outreach opportunity to academic researchers who are otherwise more focused on fundamental science challenges in nano/micro-manufacturing. The researchers will engage with practitioners in multiple industrial sectors, and critically assesses the technical readiness necessary for applications in each sector. Manufacturers and researchers will have the opportunity to discuss with the system OEMs how they can better utilize their individual skills to identify pathways that produce rapid commercialization of new technologies. Broader Impacts: A significant impact of this workshop will be to unite the voices of stakeholders in nano- and micro-scale manufacturing technologies-potential end-users, customers of original equipment manufacturers (OEMs), device/material manufacturers, and researchers- in defining a path forward for application-driven research and commercialization of relevant manufacturing technologies. The participants will discuss the future applications that the customers forecast, what research and development priorities will be required to meet the customers' needs, and what technological innovation will lead to rapid and effective translation of laboratory research into commercial products. The intent is to identify the opportunities, challenges, and pathways of meeting practical industrial needs by leveraging fundamental findings that have resulted from the past decade of investment in nano- and micro-scale research. As such, the workshop will serve to educate students, professors, and industrial manufacturers and end-users of nano- and micro-scale manufacturing technologies.

Yogesh Gianchandani，美国密歇根大学纳米/微型制造研讨会：转化研究，应用和行业需求摘要知识价值：这个研讨会的目的是作为第一步，制定一个路线图，在纳米/微型制造的实际创新。 研讨会将在密歇根州迪尔伯恩的福特汽车会议中心举行，旨在吸引150名与会者，并将举行为期2天的会议，包括主题演讲、全体会议、杰出学术和行业演讲者的演讲、小组讨论、分组讨论/报告和辩论。研讨会的一个重要和突出的特点将是强调应用和客户的需求。该计划和观众将代表生物医学技术，通信和信息技术，（非电子）消费产品，国防和国土安全，电子，能源和环境技术，交通以及基础设施开发和监测的应用领域。研讨会的技术报告将包括演讲的摘要或幻灯片以及分组会议生成的讨论摘要。本次研讨会还将为学术研究人员提供一个工业推广机会，否则他们将更专注于纳米/微型制造中的基础科学挑战。研究人员将与多个工业部门的从业人员接触，并严格评估每个部门应用所需的技术准备情况。制造商和研究人员将有机会与系统OEM讨论如何更好地利用他们的个人技能来确定新技术快速商业化的途径。更广泛的影响：本次研讨会的一个重要影响将是团结利益相关者的声音在纳米和微米级制造技术-潜在的最终用户，原始设备制造商（OEM），设备/材料制造商和研究人员的客户-在定义一条道路前进的应用驱动的研究和相关制造技术的商业化。与会者将讨论客户预测的未来应用，满足客户需求所需的研发重点，以及哪些技术创新将导致实验室研究快速有效地转化为商业产品。其目的是通过利用过去十年对纳米和微米级研究的投资所产生的基本发现，确定满足实际工业需求的机会、挑战和途径。因此，该研讨会将有助于教育学生，教授，工业制造商和纳米和微米级制造技术的最终用户。