CC*DNI Engineer: University of Cincinnati (UC) Cyberinfrastructure Engineer and Educator (CI2E)

辛辛那提大学(UC)正在建立校园网络基础设施工程师和教育者(CI2E)FTE。CI2E与加州大学的研究人员和学生并肩工作，促进本地、地区和国家网络基础设施组件与科学、技术、工程和数学(STEM)研究的使用和整合。CI2E通过提供相关课程和客座讲座，改善了课堂和实验室中的STEM教育；为大学和行业之间的研究伙伴关系开辟了新的机会；并促进了商业化和就业增长。CI2E帮助该大学完成了该大学第三世纪战略中确定的研究途径，包括工程学、气候变化、清洁水和可持续发展、分析、高能物理和医学方面的研究。UC CI2E提供教育外展机会，鼓励女性、第一代大学学员和服务不足的人群探索可持续网络和大数据未来的职业。CC*DNI园区CI2E FTE促进整个加州大学科学网络的合作，识别机会和瓶颈，并建议对我们现有的园区网络基础设施进行战略升级，以创建一个高度功能和集成的整体。CI2E与研究人员合作，利用软件定义网络(SDN)和OpenFlow资源来实现优化和高通量能力，以实现由NSF、NASA、能源部、国防部、USEPA、USGS和许多学科的私营行业资助的UC STEM教育和研究目标。S/他领导加州大学的Science DMZ、IPV6、BCP 38和相关的网络安全工作。

The University of Cincinnati (UC) is establishing a Campus Cyberinfrastructure Engineer and Educator (CI2E) FTE. The CI2E works side by side with UC's researchers and students to facilitate the use and integration of local, regional and national cyberinfrastructure components with Science, Technology, Engineering and Mathematics (STEM) research. The CI2E improves STEM education in the classroom and in the laboratory by providing relevant curriculum and guest lectures; opens new opportunities for research partnerships between universities and industry; and promotes commercialization and job growth. The CI2E helps the university fulfill the research pathways identified in the university's Third Century strategy, including research in engineering, climate change, clean water and sustainability, analytics, high-energy physics and medicine. The UC CI2E provides educational outreach opportunities to encourage women, first-generation college attendees and underserved populations to explore careers in sustainable networking and the future of big data.The CC*DNI Campus CI2E FTE facilitates collaboration across the UCScienceNet, identifying opportunities and bottlenecks and recommending strategic upgrades to our existing campus cyberinfrastructure to create a highly functional and integrated whole. The CI2E works with researchers to utilize software defined networking (SDN) and OpenFlow resources to achieve optimization and the high-throughput capacity required to achieve UC's STEM education and research goals funded by the NSF, NASA, DOE, DoD, USEPA, USGS and private industry in many disciplines. S/he leads UC's ScienceDMZ, IPv6, BCP 38 and related network security efforts.