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诚邀英才，共绘蓝图，共创未来 —上海大学瑞士招聘宣讲会期待与您面对面— Shanghai University job Fair at Zürich, Switzerland RECRUITMENT 活动安排： 上海大学招聘宣讲会（瑞士） 时间： 2023年11月19日（周日）09:30-12:00 地点： Rämistrasse 101, 8006 Zürich, Switzerland 引智学科： 生物芯片、集成电路、化学、材料等微电子相关专业人才 Arrangement Time: November 19, 2023 (Sunday) 09:30-12:00 Address：Rämistrasse 101, 8006 Zürich, Switzerland. Recruitment Disciplines: Biochips, integrated circuits, chemistry, materials and other microelectronics related professionals. 01 学校简介 Profile of Shanghai University
上海大学是上海市属、国家“211工程”重点建设的综合性大学，是教育部与上海市人民政府共建高校、国防科技工业局与上海市人民政府共建高校，上海市首批高水平地方高校建设试点，教育部一流学科建设高校。 秉承“自强不息；先天下之忧而忧，后天下之乐而乐”的校训和“求实创新”的校风，上海大学将努力建设成为世界一流特色鲜明的综合性研究型大学。 Shanghai University is a comprehensive under the jurisdiction of Shanghai Municipality and a key construction project the national“211 Project”. It is a university jointly built by the Ministry of Education and the Shanghai Municipal People's Government, as well as a university jointly built by the National Defense Science and Technology Industry Bureau and the Shanghai Municipal People's Government. It is one of the first Pilot projects of construction of high-level local universities in Shanghai, and a first-class discipline construction university under the Ministry of Education. Adhering to the school motto of "striving for self-improvement and helping the world" and the school spirit of "unity of knowledge and action, pursuit of excellence", Shanghai University will strive to buid itself into a world-class comprehensive research university with distinctive characteristics. 02 上海大学微电子学院简介 About School of Microelectronics
上海大学微电子学科起源于1958年，是国内第一批半导体科学技术专业。学院成立于2019年11月，坐落于上海大学嘉定校区，由上海大学与中科院上海分院、嘉定区政府、上海微技术工业研究院等集成电路全产业链创新企业共建。学院立足上海集成电路“一体两翼”产业布局的嘉定翼，致力于通过产教融合、科教融合和学科交叉融合，建成准工业化、国际化的国际一流微电子学院，面向国民经济主战场，培养集成电路行业紧缺人才，服务国家重大战略需求。2021年，上海大学微电子学院纳入教育部和上海市部市合作共建。 The discipline of microelectronics at Shanghai University originated in 1958 and was one of the first semiconductor science and technology majors in China. The college was established in November 2019 and is located on the Jiading campus of Shanghai University. It is jointly built by Shanghai University, the Shanghai Branch of the Chinese Academy of Sciences,the Jiading District Government, Shanghai Microtechnology Industry Research Institute, and other innovative enterprises in the entire integrated circuit industry chain. Based on the Jiading Wing of the integrated circuit industry layout in Shanghai, the school is committed to building a quasi industrial and international first-class microelectronics college through the integration of industry and education, science and education, and interdisciplinary integration.Facing the main battlefield of the national economy, it cultivates scarce talents in the integrated circuit industry and serves the major strategic needs of the country. In 2021,the School of Microelectronics at Shanghai University was incorporated into a joint venture between the Ministry of Education and the Shanghai Municipal Government. 学科方向 学院建有新型显示技术及应用集成教育部重点实验室、上海市智能感知芯片技术协同创新中心、上海市汽车互联网交互芯片与系统重点实验室、集成电路与新型显示材料工程研究中心、中瑞先进技术研究院等科研基地，致力于打造集成电路应用技术创新策源地，布局五大主要战略方向:集成光子与MEMS智能传感、智能显示芯片与柔性电子、先进微电子与信息材料、微纳制造与半导体装备、芯片设计与系统应用，解决集成电路泛摩尔应用领域的若干“卡脖子”技术难题，形成一批能够支撑集成电路产业发展的应用型科研成果。
Discipline Direction The college has established research bases such as the Key Laboratory of New Display Technology and Application Integration of the Ministry of Education, the Shanghai Intelligent Perception Chip Technology Collaborative Innovation Center,the Shanghai Automotive Internet Interaction Chip and System Key Laboratory, the Integrated Circuit and New Display Materials Engineering Research Center, and the China Switzerland Advanced Technology Research Institute,committed to creating a source of innovation in integrated circuit application technology, Layout five main strategic directions: integrated photons and MEMS intelligent sensing, intelligent display chips and flexible electronics, advanced microelectronics and information materials,micro/nano manufacturing and semiconductor equipment, chip design and system applications, to solve several "bottleneck" technical problems in the field of integrated circuit pan Moore applications, and form a batch of applied scientific research achievements that can support the development of the integrated circuit industry. 03 上海大学中瑞先进技术研究院简介 About SHU-SSIAT
上海大学中瑞先进技术研究院由上海大学与瑞士工程院副院长Peter Seitz院士团队联合组建。Peter Seitz, 瑞士工程院院士，是国际光电子学及其在医疗领域应用的权威。欧洲光学会会士。Peter Seitz院士团队现在主要开发用于临床监测生命体征的传感器，以及基于多种传感器的有连续诊断功能的可穿戴设备。研究院面向人民生命健康与上海市的三大先导产业，以集成电路芯片为基础，以生物医药应用为对象，以人工智能为手段的融合交叉，重点开展：1.健康检测生物芯片：聚焦汗液传感器，主要用于智能可穿戴非侵入性监测设备；2.疾病诊断生物芯片：围绕癌症、新冠等疾病，实现肿瘤和传染性疾病的快速精准诊断；3.柔性传感电子皮肤生物芯片核心材料：基于柔性生物传感及核心生物材料技术，构建诊疗一体的人造器官芯片。 The Sino-Swiss Institute of Advanced Technology (Short for the SHU-SSIAT or SSIAT) is jointly established by Shanghai University and Prof. Peter Seitz, a member and Vice President of the Swiss Academy of Engineering, Vice-President of the European Union's large technology platform Photonics 21, an international authority on optoelectronics and its applications in the medical field and also a fellow of the European Optical Society etc. Prof. Peter Seitz's team is now developing sensors for clinical monitoring of vital signs, as well as wearable devices with continuous diagnostic functions based on multiple sensors. Facing on people's life and health and Shanghai's three leading industries, based on integrated circuit chips, Targeting biomedical applications, and the fusion of artificial intelligence as a means of intersection, and SSIAT focuses on the following three research directions: 1.Health detection biochip: focused sweat sensor, mainly used for smart wearable non-invasive monitoring devices. 2.Disease diagnosis biochip: Around cancer, COVID-19 and other diseases, to achieve rapid and accurate diagnosis of tumors and infectious diseases. 3.Biochip core materials: Based on flexible biosensing and core biomaterial technology, artificial organ chips integrated with diagnosis and treatment are constructed. 学科方向 研究院聚焦微电子芯片、生物芯片（器官芯片）、汗液传感、肿瘤实时快速检测等多个研究方向。与瑞士联邦理工等诸多欧洲名校有战略合作关系。主要研究方向包括：（1）功能核酸生物传感器；微流控生物芯片/器官芯片；可控释纳米生物材料；生物信息系统及应用等。（2）化学传感器功能集成与阵列化设计；传感信号深度学习与大数据分析；有机半导体功能材料；可穿戴电子器件等。（3）先进微纳电子器件、先进片上互连应用；碳基微纳电子器件；可穿戴柔性器件及生物信号放大电路设计；SOI器件；单光子探测等。（4）表面功能微纳米结构制造、柔性可穿戴电子器件设计及其所涉及的固体力学基础问题研究。 Discipline Direction The SSIAT focuses on multiple research directions such as microelectronic chips, biochips (organ chips), sweat sensing, and real-time rapid detection of tumors. It has strategic cooperative relations with many European universities such as the Swiss Federal Institute of Technology etc. The main research areas include: (1) Functional nucleic acid biosensor; Microfluidic biochip/organ chip; Controlled-release nanobiologic materials; Biological information systems and applications. (2) Functional integration and array design of chemical sensors; Sensing signal deep learning and big data analysis; Organic semiconductor functional materials; Wearable electronics, etc. (3) Advanced micro and nano electronic devices, advanced on-chip interconnection applications; Carbon-based micro-nano electronic devices; Wearable flexible device and biological signal amplifier circuit design; SOI device; Single photon detection, etc. (4) Research on surface functional micro-nano structure manufacturing, flexible wearable electronic device design and the basic problems of solid mechanics involved. 03 岗位设置及招聘需求 Positions and needs 上海大学微电子学院及中瑞先进技术研究院招聘专业教师须具有博士学位，教学科研岗根据情况承担教学任务，招聘岗位如下：
Positions and Needs： The recruitment of professional teachers from the School of Microelectronics at Shanghai University and SHU-SSIAT requires a doctoral degree,and the teaching and research positions must undertake undergraduate teaching tasks. The recruitment positions are as follows:
联系方式： 联系人：张老师、梁老师、康老师 联系邮箱： zhangleich@shu.edu.cn; liangjieclair@shu.edu.cn; lykangrui@shu.edu.cn 联系地址：上海市嘉定区城中路20号 上海大学中瑞先进技术研究院 上海大学微电子大楼 |
