南京大学先进制造学院是学校对接“制造强国、科技强国、新型工业化”国家战略、依托苏州校区布局建设的重要新工科学院。学院把握制造技术由“机械驱动”向“智能驱动”、由“经验设计”向“模型、数据与智能深度融合”的变革趋势，旨在构建“材料—结构—算法—系统”贯通的新工科体系，打造连接科学突破、技术发明与工程实现的关键枢纽。
学院聚焦跨尺度、多物理场、多学科深度交叉，确立仿生与机械力学、智能传感与精密测量、智慧制造、极端制造四大核心方向。目前，学院正高标准推进“智能传感与精密测量”、“数字孪生与智慧制造”、“超材料跨尺度制造”三大科研平台建设，致力打通从基础科学、关键技术到系统集成和工程验证的完整创新链。紧扣南京大学苏州校区“应用与集成”定位，学院与长三角高端装备、智能传感、MEMS制造、机器人、航空航天及工业软件等产业深度耦合，构建“真实场景牵引、平台支撑攻关、系统集成创新、工程验证落地”的闭环发展模式。
在人才培养方面，学院正积极筹建智能制造工程本科专业，前瞻布局先进制造硕博培养体系，致力形成本研贯通的多层次教育结构。秉持“厚植基础、拔尖引领、理实交融、理工融合、奋进致远”的育人理念，学院突出科学基础、工程实践、系统集成与创新能力的复合培养，面向未来制造体系，培育具备全球视野、系统思维与工程创造力的新一代制造领军人才。
作为南京大学探索“科学+工程”办学模式的重要支撑，先进制造学院将矢志成为学校新工科建设的先锋力量、先进制造技术的创新高地以及服务国家重大战略任务的关键引擎。
南京大学先进制造学院拟面向全球招聘有志于从事先进制造领域各主要研究方向的优秀青年人才到学院工作。本次拟招聘准聘副教授、助理教授若干名；特别优秀的高层次人才岗位另议。招聘研究方向包括：
1.仿生与机械力学：关注仿生结构设计、复杂结构力学、多物理场耦合与智能结构等方向
2.智能传感与精密测量：关注先进传感器、微纳器件、精密计量与制造过程监测等方向
3.智慧制造：关注数字孪生、工业人工智能、制造系统建模与智能制造系统等方向
4.极端制造：关注超精密加工、微纳制造、原子级制造与极端环境制造等方向
申请人研究方向与上述领域相关或具有交叉融合特色者，均欢迎申请。
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。原则上，准聘助理教授要求博士毕业从事学术研究2年以上，准聘副教授要求博士毕业从事学术研究4年以上；
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。
6.截至招聘公告发布之日未满40周岁（即指1986年3月30日以后出生），以有效期内的身份证件上的日期为准。如申请人已具有副高及以上职称，年龄可适当放宽；
7.身体健康。
应聘人可发送个人简历（含教育与工作经历、研究方向、研究成果目录等）至苏州校区人才招聘邮箱hr.njusz@nju.edu.cn，并抄送至dingzy@nju.edu.cn，请将邮件标题命名为“本人姓名+先进制造学院+应聘岗位+研究方向”，可同时附上其他成果证明材料等。
1.事业编制（外籍人员除外）；
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，为人才安居提供支持。
联系电话：0512-68768700（丁老师）
电子邮箱：dingzy@nju.edu.cn
The School of Advanced Manufacturing Engineering at Nanjing University is a key engineering school established recently in alignment with the national strategies of "building a manufacturing power, a technology power, and advancing new industrialization," leveraging the development of the Suzhou campus. The school responds to the transformative trends in manufacturing engineering from "mechanical-driven" to "intelligence-driven" and from "experience-based design" to "deep integration of models, data, and intelligence." It aims to establish a new engineering education program that integrates "materials, structures, algorithms, and systems," serving as a crucial hub connecting scientific breakthroughs, technological inventions, and engineering implementations.
The School of Advanced Manufacturing Engineering at Nanjing University focuses on cross-scale, multi-physics, and interdisciplinary integration across four major research directions: Bioinspired and Mechanical Mechanics, Intelligent Sensing and Precision Measurement, Intelligent Manufacturing, and Extreme Manufacturing. To advance these fields, the school is developing three core research platforms—Intelligent Sensing and Precision Measurement, Digital and Intelligent Manufacturing, and Cross-Scale Metamaterial Manufacturing, creating a complete innovation chain from fundamental science, key technologies, system integration to engineering validation.
Strategically located at the Nanjing University Suzhou Campus, our “application and integration” mission drives deep collaboration with Yangtze River Delta industries in high-end equipment, intelligent sensing, MEMS manufacturing, robotics, aerospace, and industrial software. This synergy fosters a closed-loop innovation model powered by real-world scenarios and platform-supported research.
For talent cultivation, the School is establishing an undergraduate program in Intelligent Manufacturing Engineering while strategically developing master’s and doctoral programs in advanced manufacturing to create an integrated, multi-level talent cultivation structure.
Upholding our educational philosophy of "Strengthening Foundations, Pursuing Excellence, Integrating Theory with Practice, Fusing Science with Engineering, and Advancing with Determination," we nurture future manufacturing leaders equipped with global vision, systems thinking, and engineering creativity.
As a vital support for Nanjing University’s "Science + Engineering" educational model, the School of Advanced Manufacturing Engineering is committed to becoming a pioneer in New Engineering, a highland for innovation in advanced manufacturing technology, and a key engine driving national strategic missions.
School of Advanced Manufacturing Engineering plans to recruit young scholars who aspire to have a career in the field of Advanced Manufacturing. The application is open to scholars from all over the world. There are vacancies for several tenure-track assistant professor and tenure-track associate professors this year. Higher positions for particularly outstanding scholars are available and application will be considered individually. Specific fields of research open for recruitment are:
1. Bionics and Mechanics
Focusing on areas such as biomimetic structural design, complex structural mechanics, multi-physics coupling effects, and intelligent structures.
2. Intelligent Sensing and Precision Measurement
Focusing on areas such as advanced sensors, micro/nano devices, precision metrology, and process monitoring.
3. Intelligent Manufacturing
Focusing on areas such as digital twins, industrial artificial intelligence, manufacturing system modeling, and intelligent manufacturing systems.
4. Extreme Manufacturing
Focusing on areas such as ultra-precision machining, micro/nano manufacturing, atomic-scale manufacturing, and manufacturing in and or for extreme environments.
Applicants whose research interests are related to the above fields or feature interdisciplinary integration are welcome to apply.
The applicant should
1. Abide by the laws and regulations of the People's Republic of China, and have a passion for teaching and research;
2. Abide by the ethics of teachers, uphold academic integrity, be willing to work diligently, and have no criminal record or record in breaching the ethics of teachers and/or academic integrity;
3.Have a first-rate background in academic training—specifically, a PhD in relevant disciplines, experience in studying and/or working at first-rate teaching and research institutions, and knowledge of the latest international trends and development in the relevant research field(s); In principle, the applicant for Assistant Professor should have engaged in academic research for more than two years after receiving the doctoral degree. The applicant for Associate Professor should have engaged in academic research for more than four years after receiving the doctoral degree.
4.Have outstanding teaching abilities—the applicant should be able to teach core and frontline courses in the corresponding discipline, and have sound teaching methodology and strong verbal skills;
5. Demonstrate outstanding research output and potential—the applicant should have publications in his/her field of research, original ideas about relevant fields of research, a clear vision about future research plans, and good potential for further academic development.
6. Be in good health.
Please send your resume including details on education, work experience, research areas, a list of research achievements, and any other supporting materials showcasing your accomplishments, to the email of Suzhou Campus Talent Recruitment: hr.njusz@nju.edu.cn, with a copy to dingzy@nju.edu.cn. Please title your email as “Your Full Name + School of Advanced Manufacturing Engineering + Position Applied for + Research Field” for easy identification.
1.An annual salary (to be worked out individually);
2.A start-up fund for research;
3.Qualification to supervise graduate students;
4.The university provides short-term lodging and housing subsidies.
Contact number：0512-68768700
Email address：dingzy@nju.edu.cn