SMALL

The Shanghaitech Microsystem And non-Linear transducers Laboratory (SMALL) is established in Fall 2017 associated with the School of Information Science and Technology at ShanghaiTech University by Principle Investigator Dr. Tao Wu.

At SMALL, we are developing miniature sensor and actuator systems made using advanced materials and micro/nano-fabrication processes. Research in this area is motivated by the potential to produce high-performance, low-cost, miniature sensors and actuators. Specific research areas of interest include Micro-/Nano-Electro-Mechanical System (M/NEMS) design and modeling, nanometer-scale data storage, novel multiferroic materials, processing and transducers, as well as their applications in smart hardware, renewable energy systems, Internet-Of-Things (IOT) etc. The researches at SMALL are, in particular, interdisciplinary, which incorporates the expertise from many engineering and scientific disciplinarians. We welcomes all science and engineering background to join this lab to explore fascinating micro/nano-technologies.

上科大微系统与先进传感器实验室(SMALL)由吴涛博士于2017年秋建立,隶属于上科大信息科学与技术学院。本实验室致力于利用先进传感材料研发微纳机电系统与器件,科研方向包括微多铁态材料在多维尺度下的耦合现象与机理,纳机电系统设计与建模,微纳尺度磁电存储器、传感器以及先进微纳加工工艺。微纳机电系统的研究涉及多学科交叉,我们欢迎各理工科相关专业背景的同学和科研人员加入。

  • Recent News

    • Dr. Wu gets award for Pujiang Talent Program 2018

      近日,经专家评审、见面会考评等程序,2018年度上海市浦江人才计划A、B类项目,最终共有150人成功入选,获得资助。据上海市科学技术委员会官网公示名单显示,上科大信息学院此次共有五位教师入选浦江人才计划A类项目,分别是刘宇助理教授、邹新波助理教授、吴涛助理教授、叶朝锋助理教授以及吴幼龙助理教授。

      上海市浦江人才计划简称“浦江计划”,是上海市人事局和市科委联合针对海外优秀留学人员设立的项目,目的是贯彻中共中央、国务院全面实施“科教兴市”主战略,落实《上海实施人才强市战略行动纲要》,加快集聚优秀海归人才,优化科技创新和自主创业的环境。主要资助近期回国来沪工作和创业的海外留学人员及团队。

      Dr. Wu gets award for Pujiang Talent Program 2018

       

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    • Dr. Wu is visiting UIUC ILIRM Group

      Dr. Wu is visiting UIUC Prof. Songbin Gong’s Illinois Laboratory of Integrated RF Microsystems (ILIRM) Group in Spring 2018.

      http://ilirm.ece.illinois.edu/

      http://ilirm.ece.illinois.edu/a_team_members.html

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    • 2 Papers accepted for presentation at IEEE MEMS 2018 Conference

      The 2 papers have been accepted for presentation at IEEE MEMS 2018 Conference to be held in Belfast, Northern Ireland, UK on 21-25 January 2018.
      1. Tao Wu, Zhenyun Qian, and Matteo Rinaldi, “LOW COST THIN FILM ENCAPSULATION FOR ALN RESONATORS”
      2. Guofeng Chen, Cristian Cassella, Tao Wu, and Matteo Rinaldi, “Single-Chip Multi-Frequency Wideband Filters Based on Aluminum Nitride Cross-Sectional Lame Mode Resonators with Thick and Apodized Electrodes”

      Congratulations!

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    • Openings Available

      Multiple openings of 1) Master/PhD Graduate Students; 2) Postdoctoral Fellow or Research Associate, 3) Visiting Student/Internship are currently available in SMALL. Candidates with electronic/electrical engineering, mechanical engineering, physics and materials science related background and strong interests in MEMS and Transducers are welcome to join. The researches at SMALL are, in particular, interdisciplinary, which incorporate the expertise from many engineering and scientific disciplinary. We welcome all people with science and engineering background to join SMALL to explore fascinating micro/nano-technologies. Competitive salary/subsidy will be provided.

      上海科技大学微系统与先进材料实验室现招收以下职位人员:1. 硕士/博士研究生;2. 博士后和助理研究员;3. 实习/访问学生。实验室研究方向涉及多学科交叉, 申请人需具有电子, 机电, 物理, 材料等相关学习工作背景, 对微纳加工和微纳传感器方向感兴趣。学校、学院和实验室将提供有竞争力的津贴/工作薪酬。

      Interested people are encouraged to check this post regarding engineering academic life given by Prof. Roger T. Howe in Stanford.

      Please send your CV, Transcript and Personal Statement to Dr. Wu, and apply from here

      博士后和助理研究员请从官方申请 Post-Doc / Research Associate

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    • We present our work in 2017 IEEE SENSORS Conference!

      Dr. Tao Wu attended and present work titled “Design and Fabrication of AlN RF MEMS Switch For Near-Zero Power RF Wake-Up Receivers” on 2017 IEEE SENSORS Conference held in Glasgow, Scotland, Oct. 30 – Nov. 1, 2017.

      We describe an AlN-based resonant switch (resoswitch) for use in a Near-Zero (NZero) RF Wake-up receiver. A folded beam structure compensates for the curvature
      caused by the stress gradient in sputtered AlN and ensures that the free end of center actuation beam is level with the side anchor beams. A 80.13 kHz resoswitch with Q over 4000 and an actuation gap of approximately 600 nm turns on when a -7 dBm, 800MHz signal square wave modulated at 80.13 kHz is applied to the actuator. This AlN electrostatic resoswitch enables integration of a high gain RF piezoelectric transformer with a high-Q electrostatic resoswitch for an ultra-low power RF receiver.

      Paper link: Sensors2017_Final

       

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