• TBSI aims to select the outstanding students around the world,provide students with a superior research environment and encourage students to develop innovative thinking and creativity in an interdisciplinary and international atmosphere. Under the joint guidance of professors from both two universities and industry supervisors, graduate students will gain precious experience by learning and growing together with students with diverse cultural backgrounds.

Admission Notice Important Announcement

  • 01 20 2018
    Tsinghua-Berkeley Shenzhen Institute (TBSI) Faculty Candidates Open Talk Faculty candidates’ open talk for TBSI center of Environmental science and new energy technology has been listed as below:日期Date时间Time地点Venue教职申请人Faculty CandidateOct. 1010:30-11:15Room 2005, 20F, Tower C3, Nanshan iPark, TBSIGuodan WeiFor any further enquiries, please contact HR office.
  • 01 20 2018
    Notice on Arrangement for 2018 TBSI Retreat and Summer Intensive Teaching SessionsNovember 24 2017Thearrangement for 2018 TBSI Retreat and Summer Intensive Teaching Sessions are asfollows:DateJune 27 to 29, 2018May 21 to June 15, 2018July 9 to August 3, 2018Note:Thelatestnoticeshallprevailifanychangearises.TBSIEducation OfficeNovember24, 2017
  • 03 08 2023
    1. 2023年4月Prelim考试参考书目请见文末附件4。Please find the Reference Book List in the Attachment 4as for the Preliminary Examination in April 2023.2. 报名链接:https://jinshuju.net/f/oEmWfs, 请在北京时间2023年3月16日中午12点前完成报名。Registration link: https://jinshuju.net/f/oEmWfs, please register before 12:00pm, March 16 (BJT).3. 报名须知:1) Prelim 考试实施细则请见文末附件1、2 (cn en ver.)。2) 本次考试时间预计为4月中下旬,具体由各实验室(研究领域)确定。3) 根据我院现行博士生资格考试(Prelim)规定,学生需选择参加本领域(major)和非本领域(minor)的考试,使得不同背景的学生在基础知识层面上能够填平补齐,具有从事本学科前沿科研工作所需的扎实知识基础和对相关跨学科领域的必要掌握。
  • 09 10 2020
    Curriculum Table of 2020-2021 Fall Session-venue
  • 08 20 2020
    1_1_TBSI PhD Program Design 202007 2_1_TBSI MS Pr

Research News

  • 10 12 2022
    Vibration sensors are widely used in the fields of infrastructure health, vehicle safety, biomedical equipment, intelligent electronic products, and mechanical equipment vibration monitoring. However, new challenges have shown up with the booming development of the Internet of things and sensor networks, especially in scenarios where extensive sensing/monitoring is required yet in-situ power supply is not easily accessible. One appealing alternative to this problem is to develop self-powered sen

Core-PI

  • Dean of SIGS iDI、Chair Profes...
    [ Research Expertise and Interest ] Data Science, Multimedia Signal Processing, Statistical Modeling, AI/Machine Learning, Internet of Things and Electronic Systems, Visible Light Communication and Optical Computing, Smart City, and Applications in Big Data, Finance and Marketing.
  • Professor, Co-Associate Direct...
    [ Research Expertise and Interest ] Methodology: Discrete-Event Simulation (DES) Optimization, Scheduling; Application: Social Networks, Healthcare and Service Systems, Transportation and Disaster Management, Agent-Based Simulation and Distributed Systems
  • [ Research Expertise and Interest ] Data/Information Science, Machine Learning, Statistical Signal Processing, Remote Sensing, Information and Coding Theory, System and Noise Modelling, Telecommunications, Image Processing
  • Associate Professor
    [ Research Expertise and Interest ] Integrated Photonics and their Applications for Communications and Sensing, including Optical Wireless Communications, Silicon Photonics, Optical Nonlinearity, Microcavity Sensing, 3D-Sensing (Lidar, OCT)
  • Associate Professor
    [ Research Expertise and Interest ] Optimal Operation of Power and Energy Systems, Electricity Markets, Machine Learning, Transitions to Carbon-Neutrality
  • Associate Professor
    [ Research Expertise and Interest ] Domain Specific Architecture, Video and Image Processing
  • Assistant Professor
    [ Research Expertise and Interest ] Big Data Analytics and Machine Learning, Information Theory, Error Correcting Codes, Source Coding, Communication Theory, Communication System and Network Design, Social Network Theory and the Applications to Internet Systems
  • Associate Professor
    [ Research Expertise and Interest ] ML Applications for Intelligent Fiber-Optic/Wireless Networks, DSP Techniques for High-Speed Optical Communication Systems, Fiber-Optic Sensing Systems
  • Associate Professor
    [ Research Expertise and Interest ] Precision Metrology & Instruments, Intelligent Production Technologies & Equipment
  • Associate Professor
    [ Research Expertise and Interest ] Data-driven strategies for multimedia networking, Edge Computing, Distributed Machine Learning
  • Associate Professor
    [ Research Expertise and Interest ] Decentralized/Distributed Optimal Operation and Control of Power Systems and Energy Systems with High Penetration of Renewables, including Decentralized Congestion Management, Distributed Voltage Control, and Distributed Service Restoration of Active Distribution Networks, Flexibility and Ancillary Services from Prosumers, Decentralized Energy Scheduling and Real-Time Dispatch of Integrated Energy Systems Under Uncertainty, and Distributed Model Predictive Con
  • Associate Professor
    [ Research Expertise and Interest ] Power systems optimization, microgrids, renewable energy integration, virtual power plant, artificial intelligence, big data and learning, distributed control and optimization.

Events

  • The National Academy of Engineering (NAE, US) has elected UC-Berkeley Engineering nano-optoelectronics expert, Co-Director and Core-PI of Tsinghua-Berkeley Shenzhen Institute (TBSI), Constance Chang-Hasnain to its ranks, considered one of the highest professional honors accorded an American engineer.The selection, announced on February 7th, brings to 74 the number of UC-Berkeley Engineering faculty members in the NAE.Chang-Hasnain, the John R. Whinnery Distinguished Chair in the Department of El
  • The Third Annual Workshop of the Tsinghua-Berkeley Shenzhen Institute was held from January 23-24 in Berkeley, California. With topics ranging from bioengineering to the end of Moore’s Law, academics and industry veterans gathered at the Sutardja Dai Hall to discuss the future of technology and innovation.The event, co-organized by the University of California, Berkeley and Tsinghua-Berkeley Shenzhen Institute, has attracted over 100 enthusiastic elites from all walks of life in the San Francisc
  • The sixthmeeting of Academic Advisory Committee (hereinafter referred to as “AAC”) ofTsinghua-Berkeley Shenzhen Institute (hereinafter referred to as “TBSI”) washeld in Shenzhen, Beijing, Hong Kong and California, USA simultaneously throughremote video on the morning of November 1, 2017.Co-Chairmenof TBSI AAC: Shankar Sastry, Dean of Engineering School of UC Berkeley, and BinYang, Provost and Vice President of Tsinghua University, and members of TBSIAAC: Connie Chang-Hasnain, Liwei Lin,Max Shen,
  • On the morning of May 25, the fifth meeting of Academic Advisory Committee (hereinafter referred to as “AAC”) of Tsinghua-Berkeley Shenzhen Institute (hereinafter referred to as “TBSI”) was simultaneously held in the three locations of Shenzhen, Beijing and California, USA through remote video.AAC meeting siteCo-Chairmen of TBSI AAC: Shankar Sastry, Dean of Engineering School of UC Berkeley, and Bin Yang, Vice President of Tsinghua University, and members of TBSI AAC: Connie Chang-Hasnain, Liwei
关闭