Liwei Lin (Advisor)

Research Advised by Professor Liwei Lin

Lin Group:  List of Projects | List of Researchers

BSAC's Best: Spring 2024 Awards Announced

March 29, 2024

BSAC would like to thank all of the researchers who presented their research during BSAC's Spring 2024 Research Review on March 20th.

BSAC Industrial Members voted for the outstanding paper and presentations and the results are in. Please join BSAC in congratulating the recipients of the Spring 2024 Best of BSAC honors, Fan Xia and Noelle Davis!

Outstanding Presenter...

Ryan Sochol

Alumni
Professor Liwei Lin (Advisor)
PostDoc 2014

Prof. Ryan D. Sochol received his B.S. in Mechanical Engineering from Northwestern University in 2006, and both his M.S. and Ph.D. degrees in Mechanical Engineering from the University of California, Berkeley, in 2009 and 2011, respectively, with Doctoral Minors in Bioengineering and Public Health. Prof. Sochol’s postdoctoral training spanned the Harvard-MIT Division of Health Sciences & Technology, Harvard Medical School, Brigham & Women’s Hospital, the University of California, Berkeley, and...

Likun Zhang

Visiting Scholar Researcher
Mechanical Engineering
Professor Liwei Lin (Advisor)
Tsinghua Berkeley Shenzhen Institute
Ph.D 2025 (Tsinghua University)

Yaqi Han

Visiting Scholar Researcher
Mechanical Engineering
Professor Liwei Lin (Advisor)

BPNX1007: Surface Tension-Driven Liquid Metal Actuator

Peisheng He
Zihan Wang
2024

Surface tension plays an important role in miniaturized systems as the scaling law favors its relative significance over other forces such as gravity, magnetic, and structural stiffness. As such, surface tension effects have induced process issues in microfabrication such as stiction but also provided opportunities in using the surface tension to drive microdevices, such as those based on electrowetting-on-dielectric (EWOD), electrocapillary, and continuous electrowetting (CEW) mechanism, … etc. In this project, we exploit the giant outputs by the switching of surface tension...

BPN993: Safe and Deformable Soft Batteries

Peisheng He
Jongha Park
2024

Safe and deformable soft batteries are desirable for modern products that call for good safety features such as cell phones and good conformability to be embedded onto irregular surfaces in electronics systems. Current Li-ion batteries on the commercial market are rigidly packaged and hermetically sealed to prevent: 1) the intrusion of moistures which degrade performances; and 2) the leakage of toxic and flammable electrolytes due to mechanical damages. On the other hand, various deformable/stretchable batteries have been reported in research articles and they have shown good...

BPN955: Nanoplasmonic Biosensing

Kamyar Behrouzi
2024

Access to affordable and user-friendly biosensors is crucial for advancing global healthcare. While lateral flow immunoassays have been the primary solution for decades, their limited sensitivity and suboptimal sample utilization present challenges. This project represents a systematic progression towards developing economically viable biosensors with heightened sensitivity, covering a range of diseases from viral infections to cancer. By integrating nanoplasmonics to induce visually perceptible signals and harnessing the coffee ring effect for protein pre-concentration, we achieved...

BPN940: Self-Healing Materials for Sensing and Energy Harvesting Applications

Peisheng He
Zihan Wang
2024

Animal skins often possess both functions of sensing and actuating to detect external stimulations and change shapes when needed, respectively. Furthermore, many animals, such as jellyfish and leptocephalus (eel larvae) have tissues that are transparent and ultra-stretchable, which are difficult to build in synthetic sensors and actuators. Moreover, all these living skins have self-healing properties, i.e. to restore their critical functions after being damaged. On the contrary, artificial electronic systems are often brittle and non-transparent. As such, biomimetic, skin-like materials...

BPN743: Highly Responsive pMUTs

Peggy Tsao
Megan Teng
Hanxiao Liu
Yande Peng
2024

Ultrasonics has been realized as a nondestructive measurement method for a variety of applications, such as medical imaging, healthcare monitoring, structural testing, range finding, and motion sensing. Furthermore, high intensity ultrasound can be used in therapeutic treatments, such as lithotripsy for kidney stone comminution, hyperthermia for cancer therapy, high-intensity focused ultrasound (HIFU) for laparoscopic surgery and transcranial sonothrombolysis for brain stroke treatment. MEMS ultrasonic transducers are known to have several pronounced advantages over the conventional...