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南京大学现代工程与应用科学学院2022年度准聘长聘教师岗位招聘公告

已有 1246 次阅读 2022-5-17 16:40 |系统分类:生活其它

学院介绍  

学院设有5个本科专业,2个一级学科博士点(材料科学与工程、光学工程)、1个自设交叉学科博士点(健康工程)和5个硕士点(学术型硕士:材料科学与工程、光学工程、健康工程,专业型硕士:电子信息、材料与化工),建有多个科教平台:江苏省功能材料设计原理与应用技术重点实验室、智能光传感与调控教育部重点实验室(B类)、江苏省光通信工程研究中心、激光与光子工程技术研究中心、微波光子技术研究中心、储能材料与技术中心、环境材料与再生能源研究中心、南京大学加速器中心等;此外,学院也是固体微结构物理国家重点实验室、人工微结构科学与技术协同创新中心的主要参加单位。学院在南京、苏州、上海等地还建有若干新型研发机构与成果转化平台。  

2015年,学院入选国家科技部支持的“高校国际化示范学院推进计划”试点单位,充分开展国际化办学;2017年,材料科学与工程入选国家一流学科建设名单。学院拥有一支高水平的教师队伍,总体规模91人,其中中国科学院院士2名、长江学者教授6名、杰青8名。学院与美国伊利诺伊大学香槟分校、加州大学尔湾分校、法国巴黎高科等建立了合作伙伴关系,主持和参与多项国际合作项目,具有较大的国际影响力。  

一、招聘岗位设置  

南京大学现代工程与应用科学学院拟面向全球招聘有志于从事材料科学与工程、光学工程领域各主要研究方向的优秀青年人才到学院工作。本次拟招聘准聘助理教授岗位,招聘总人数不超过7人,研究方向包括:  

(1)功能晶体材料  

面向新概念晶体、非线性光学晶体等多种新功能晶体材料与应用,研究其生长机制、制备技术和物理性能,发展新晶体材料的设计、制备和调控理论与技术,探索新型自旋电子器件、新型光电器件中的新物性和新应用。 

(2)材料设计与数字材料  

发展新型数字拓扑材料的原理、设计和仿真,发展拓扑材料的孪生、人工智能等数字化方法与技术,建立拓扑材料数据库,形成特色的基于微结构的数字材料新范式,满足国家未来制造、信息和能源的材料需求。  

(3)太阳能光、热高效转化材料及其应用  

开展太阳能光学、化学、材料的交叉科学研究,包括太阳能、热能、电能之间能量转化的机理以及关键材料的设计与创制,开发新一代清洁可再生能源的转化和利用器件。  

(4)生物医用纳米功能材料  

面向临床对精准医学的需求,设计合成功能微纳材料,实现从分子、细胞、组织到活体等多层次对生命活动的调控,以发展高效纳米药物与微纳器件,用于重大疾病的精准诊疗研究。  

(5)微纳光子集成  

面向光子学领域的研究前沿和技术创新,发展微纳光学、拓扑光学、腔电动力学等新的光学设计原理以及先进微纳加工技术,开发关键光子器件及其功能集成,发展基于光子系统的经典与量子信息处理方案。  

(6)软物质光子学 

基于受控自组装软物质的材料设计与微纳结构制备,研究新奇物理效应的形成机制与物理规律,开发新一代软物质光子器件,推动与材料学、物理学、化学、生命科学交叉的前沿研究。  

(7)光纤传感与信号处理  

面向光纤传感、激光和通信等领域的新型需求,发展光纤器件加工工艺和信号探测、传输、解调、模式识别等关键技术,推动光纤技术在智能感知等多领域的新型应用。  

二、申请条件  

(1)遵守中华人民共和国法律和法规,热爱教学科研事业;  

(2)具有良好的师德师风,恪守学术道德,勤勉工作,无犯罪记录,无违反师德师风和学术道德惩处记录;  

(3)一流的学术背景:具有相关学科领域的博士学位,具有一流教学科研机构的学习、工作经验,熟悉相关领域国际前沿的研究动态;  

(4)出色的教学能力:应具有能够胜任本专业核心基础课程和前沿课程的教学能力,掌握良好的教学方法,具有较强的语言表达能力;  

(5)突出的科研成果显示度与未来科研发展潜力:应有相关研究方向的成果显示度,对相关研究领域有原创性观点,未来研究计划思路清晰,具有较好的学术潜力。  

三、申请材料 

(1)详细个人简历(含已发表学术成果目录)  

(2)三篇个人近期代表作  

(3)三封推荐信及联系方式  

(4)一份研究规划  

(5)一份教学规划  

四、薪酬待遇和相关工作与生活条件配套  

(1)参照事业编制聘用  

(2)实行年薪制(具体另行商定)  

(3)科研启动经费  

(4)研究生招生  

(5)学校提供短期周转住房和住房补贴,获聘人可优惠购买学校提供的商品房  

(6)协助解决子女就读于小学和中学  

五、申请截止日期  

2022年6月30日或单个岗位申报人数达到5人(预计2022年12月公布入选结果)。  

六、联系方式  

联系电话:025-89682616(钟老师)  

电子邮箱:zhongf@nju.edu.cn  

南京大学现代工程与应用科学学院网址:http://eng.nju.edu.cn 

Tenure-track Faculty Positions in the College of Engineering and Applied Sciences (CEAS), Nanjing University  

College Introduction  

Since its founding in 2009, the College of Engineering and Applied Sciences (CEAS) in Nanjing University has been pursuing to fulfill its original vision: science-based and engineering-oriented education. We seek an optimal balance between the creation and integration of knowledge through scholarly research, entrepreneurship and innovation in translating the products of our research into practice, and the dissemination of knowledge to our students on the Nanjing University campus and beyond. Since 2019, a new 65,000 m2 building for research and education has been put into use to house the academic departments and research centers, embodying CEAS’s global vision and forward-looking plan. CEAS is now aimed to become a world-class college with its research and education focusing on developing cutting-edge technologies and engineering solutions to tackle major societal challenges.  

In 2017, materials science and engineering in CEAS was listed as the national first-class discipline. After faculty recruitment and infrastructure expansion, CEAS is poised for significant growth and a rise to a higher standard of excellence. The college won the first prize of the National Natural Science Award once and the second prize three times. It is also a nationwide exemplary college, where internationalization is being implemented in every facet (education, research, administration, faculty recruiting/assessment, and infrastructure), and involves virtually every member of the college (administrators, faculty, staff and students). The college has established several new R&D institutions and achievement transformation platforms in Nanjing, Suzhou, Shanghai and other places. It has also formed long-term partnerships with the University of Illinois at Urbana-Champaign, the University of California, Irvine, and Paris Tech, etc., and has hosted/participated in a number of international cooperation projects.  

At present, CEAS faculty is composed of 91 professors/associate professors, including 2 academicians of the Chinese Academy of Sciences. Over the recent years, near 40 junior faculty members (including 3 non-Chinese nationals) have been recruited from world-renowned universities or institutions, primarily through national talents recruiting programs.  

1. Positions description  

We now have several (up to 7) tenure-track assistant professor positions open. Areas of specific interests include:  

(1) Functional Crystal Materials  

Focused on new concept crystals, nonlinear optical crystals and other new functional crystalline materials and their applications; studying their growth mechanisms, preparation techniques and physical properties; developing the design and preparation of novel crystals, as well as their manipulation theories and techniques; exploring new physical properties and applications in state-of-art spintronic devices and novel optoelectronic devices.  

(2) Material design and metamaterials  

Exploring design and simulation principles for novel digital topological materials; developing digital methods and technology for topological materials, e.g., topological twin building and artificial intelligence; establishing topological materials database; shaping a paradigm for metamaterials featured by micro-structure, to satisfy national materials demands on fabrication, information, and energy in the future.  

(3) Efficient solar thermal conversion materials and applications:  

Carrying out interdisciplinary research on optics, chemistry, and materials of solar energy, including exploring the mechanism and key materials design of solar, thermal, and electrical energy conversion, developing a new generation of devices for renewable clean energy conversion and utilization. 

(4) Functional medicinal nanomaterials:  

Designing and fabricating next generation micro- and nano-scale biomedical materials and devices which go beyond simple drug release to interact with and regulate biochemistry at multiple levels from molecules, cells, and tissues to whole organisms  

(5) Micro/nano photonic integration  

Carrying out frontier research and technical innovation in the field of micro/nano photonic integration, such as novel optical design and theory (including micro/nano photonics, topological photonics, cavity electrodynamics, etc.), advanced micro/nano-fabrication techniques, multi-functional integrated photonic devices, and photon-based classic and quantum information processing.  

(6) Soft matter Photonics  

Based on the material design and micro structure fabrication of self-assembled soft matter, studying on the mechanism and laws of novel physical effects, developing a new generation of soft matter based photonic devices, and promoting the cutting-edge research intersecting with materials science, physics, chemistry and life science.  

(7) Optical fiber sensing and signal processing  

Carrying out cutting edge research in next-generation optical fiber technologies (e.g. fabrication process, components and devices, signal transmission, multiplexing mand detection). Promoting the advancement of optical fiber technologies for not only intelligent perception but precision machining, communication, medical health applications.  

2. Requirements  

(1) Abide by the laws and regulations of the Peoples Republic of China, and show enthusiasm in teaching and research;  

(2) Abide by academic ethics, have no criminal record, and have no record of violating teacher morality and professional ethics;  

(3) Possess a doctorate degree in related disciplines, and can grasp the frontiers and trends of science and technology in related fields;  

(4) Excellent teaching ability: should have the ability to teach the core basic courses and cutting-edge courses, master good teaching methods, and have fluency in self-expression;  

(5) Scientific research achievements visibility and future development potential: should have some achievements in relevant research directions, original viewpoints on relevant research fields, clear ideas for future research plans, and good academic potential.  

3. Application materials  

(1) Curriculum Vitae (including a list of publication);  

(2) Three recent representative papers;  

(3) Three recommendation letters and contact information;  

(4) Research plan;  

(5) Teaching plan.  

4. Salary and related work and living conditions  

(1) Annual Salary: depending on qualifications;  

(2) Start-up funding for scientific research;  

(4) Qualification for graduate enrollment;  

(5) Transitional apartment, housing subsidies, and purchase qualification for considerable discounted commercial housing provided by the university;  

(6) Assist in children enrollment in primary and secondary schools.  

5. Application Deadline  

June 30th, 2022 or when the number of applicants for a single post reaches 5 (the results are expected to be announced in December 2022).  

6. Contact information  

Tel: 86-25-89682616 (Ms. Zhong)  

Email: zhongf@nju.edu.cn  

Website: http://eng.nju.edu.cn 




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