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根据教育部-IBM中国高校合作项目谅解备忘录所确立的合作方针，在已有的长期良好的合作基础上，IBM于2002年将IBM全球性的博士生英才计划-“IBM PhD Fellowship”引入中国。IBM期望通过博士生英才计划在中国的推行能够为高校培养高层次、创新型的高素质优秀人才提供更好的科研环境、更多的实践机会和奖学金资助。IBM公司将在国内知名高校提名推荐的候选博士生中选拔出优秀的获奖学生，参与IBM中国研究院、IBM中国开发中心和IBM中国系统与科技研发中心的具有高挑战性的科研项目的研究开发，充分利用IBM丰富的全球技术资源，了解和接触世界领先的研究方向和热点领域，发展和提高自身科研水平。同时，IBM公司希望加强IBM科研机构与高校首席教授的联系，不断拓展合作的领域和方式，共同培养顶尖科研人才。在2002年至2015年间，中国地区共有88名博士生获得了IBM博士英才计划奖项。2016-2017年度IBM博士生英才计划网上提名正在火热进行中。IBM博士英才计划是IBM面向全球高校高端人才培养的博士生奖励计划,是一项专门针对有志于在IT行业以行业实践为导向进行职业发展的博士生培养计划。博士生英才计划奖励的范围包括：博士生奖学金(用于支付博士生的stipend)；为博士生提供在IBM中国研究院、IBM中国开发中心或IBM中国系统与科技研发中心的科研实习职位；为博士生安排相关实习科目的IBM专门辅导人员等。（一）2016-2017年IBM计划鼓励在以下研究领域有出色表现的博士生参加评选： Technology that creates new business and social value Close interaction with clients to develop innovative solutions to solve their toughest technical challenges. Examples include data analytics for drug discovery, social media analytics for new business models in retail, design of enterprise mobile applications, etc. The IBM Customer Experience Lab at the Watson Research Center provides a unique environment for researchers to work hand in hand with clients, using the latest technology platforms to develop and deliver innovative solutions for the most demanding industry needs. Cognitive Computing research The availability of large amounts of structured and unstructured data from business and public records, mobile devices, sensors and social media has brought the traditional artificial intelligence discipline to the era of Cognitive Computing. Individuals, professionals and businesses need help from cognitive machines to make sense of the many things that concern them on a near- real time basis. The active areas of research include natural language processing, assisted and automated machine learning, creation of knowledge representations and scalable querying techniques, multimedia analytics, contextual computing, recommendation and reasoning systems, a close collaboration between humans and machines on human terms, a rich platform and tools that support the creation and support of the cognitive applications, etc. IBM Research is closely tied to the IBM Watson Group for taking the research technology to market. Cloud and distributed computing technology and solutions Next-generation computer hardware and software architecture: The next generation computer hardware architecture will enable the systems and datacenters of the future, providing the foundation for our enterprise cloud computing capabilities. Some specific enablers include: accelerators, components and performance tuning technologies; storage and compute (Power, Mainframe) system technologies, composable (dis-aggregated) systems inclusive of compute migration to memory; storage and throughout the system hierarchy; next-generation networking architecture and switching technology enabling datacenter "flattening" and associated software such as system compilers, operating systems (AIX, Z/OS), general parallel file system and object store. The next-generation software architecture will provide (a) contextual and adaptive security and compliance and enable (b) foundations for solutions providers inclusive of a very agile feedback-driven Dev/Ops cycle, business insights through a system of insight cloud platform that marries systems of engagement and systems of record data and the building blocks of the next-generation API economy; (c) hybrid cloud foundations for enterprise client workloads, where data and programs are in many places including public and private machines; and (d) container cloud capabilities. Some specific enablers for all of these include: application integration middleware; programming languages, models, runtimes and tools; software engineering methodology inclusive of experiment execution and app refinement; cloud platform/infrastructure, storage and networking services and enhanced labor centric service delivery through automation, optimization and analytics. Fundamental science and technology New materials, devices, and processes to extend core semiconductor logic and memory technology further into the nanotechnology regime, new bleeding edge technologies for future microprocessors, memories and systems, and new computing devices and architectures (e.g. neuromorphic and quantum) beyond the conventional von Neumann architecture and technologies towards advanced wearables, machine intelligence and cognitive environments. The IBM Ph.D. Fellowship program also supports our long-standing commitment to workforce diversity. IBM values ------------------------------------------------------------------------------------------------------------------------------------------------------ （二）注意事项请各高校博士生导师登录指定网站并在线提名学生(不超过两名)参加IBM博士生英才计划遴选。导师可提名同一博士生参加每年的博士生英才计划遴选，候选人应是开始博士阶段学习超过一年时间的全日制博士生。详细信息及提名请登录IBM PhD Fellowship 网站：http://www.ibm.com/university/phdfellowship填写提名表，提供有关资料供评选委员会评估。特别提醒： IBM特别鼓励有志于今后加入IBM从事研发工作的博士生积极参与。 IBM将优先考虑有参与学校与IBM公司项目合作经验或有IBM公司实习经历的博士生。 IBM始终倡导多元化的企业文化，在此我们非常希望您能推荐优秀的女性博士生、少数民族博士生以及对多元文化有贡献的博士生参加该项目。 IBM自2015年9月17日起开始接受各高校博士生导师在线提名推荐优秀学生。为确保您能更有效的完成网上提名，建议您在提名前与IBM项目负责人取得联系。提名截止日期为2015年10月27日。2016-2017年度博士生英才计划获奖名单将于2016年2月中旬公布。若有任何疑问，请与IBM大学合作部项目负责人：徐曦女士联系，电话：010-58748919 Email: xxxuxi@cn.ibm.com (See attached file: 2016-2017 IBM PhD Fellowship Poster.pdf) IBM WW UR Website:http://www.ibm.com/university IBM GCG UR Website: http://www.ibm.com/cn/ibm/university 附件(29.4KB) 2016-2017_IBM_PhD_Fellowship_Poster.pdf

[公告]2016-2017年度IBM博士生英才计划申报启动