Home
About BSAC
- BSAC is an interdisciplinary engineering research consortium designed to enable commercially relevant, pre-competitive research through collaboration and sustained partnerships between industry and academia.
  
  Overview
  
  What We Do
  
  People
  
  Contact Us
  
  Visiting
Membership
- BSAC is supported and guided by a consortium of industry leaders. With a relatively modest investment, BSAC members gain unique access to cutting-edge interdisciplinary MEMS research and BSAC faculty, students, and postdocs.
  
  Overview
  
  Benefits of BSAC Membership
  
  Collaboration Membership
  
  Visiting Industrial Fellow Program
  
  Industry Members
  
  BSAC IP & Patent Policy
  
  Become a BSAC Member
Research
- BSAC's multi-disciplinary research team includes nearly 100 graduate students and post-doctoral researchers that are led by 10 co-directors from the engineering faculties of electrical, mechanical, and bioengineering at UC Berkeley and UC Davis. BSAC co-directors oversee nearly 100 projects for which prepublication research is reported to BSAC Industrial Members during the semiannual research review.
  
  Overview
  
  Projects
  
  Publications
  
  Tutorials
  
  Research Highlights
News & Events
- BSAC Semi-annual Research Review & Industrial Advisory Board (IAB) Meetings give BSAC members the opportunity to preview BSAC research and future technologies.
  
  Overview
  
  BSAC Conference
  
  BSAC Seminar Series
  
  Honors & Awards
  
  Best of BSAC

Secondary navigation

Kevin H. Zheng

Job title:

Graduate Student Researcher

Affiliation:

Electrical Engineering and Computer Sciences

Professor Clark T.-C. Nguyen (Advisor)

Ph.D. 2025 (Anticipated)

Bio/CV:

Kevin received his B.S. in Electrical Engineering and Computer Sciences from the University of California, Berkeley in 2019.

BSAC Spring 2023 Research Review Presenter

BSAC Fall 2024 Research Review Presenter

Research interests:

Kevin's current research interests include integrated circuits and MEMS for communications and frequency control.

Role:

Projects & Publications

A Compact Model to Control Resoswitch Squegging

Kevin H. Zheng

Research Review Presentations, 2024

BPN972: Temperature-Insensitive Resonant Strain Sensor

Xintian Liu; Kevin H. Zheng

BSAC Project Materials (Current), 2024

BPN859: High Frequency Oscillator Characterization

Qiutong Jin; Kevin H. Zheng; Xintian Liu; Kieran Peleaux; QianYi Xie

BSAC Project Materials (Final/Archive), 2024

BPN953: Long-Term Drift of MEMS-Based Oscillators

Xintian Liu; Kevin H. Zheng; Qiutong Jin

BSAC Project Materials (Current), 2024

BPN976: Fully-Integrated MEMS-Based Wireless Receiver

Kevin H. Zheng; Qiutong Jin; Xintian Liu

BSAC Project Materials (Current), 2024

BPN828: Zero Quiescent Power Microelectromechanical Receiver

Qiutong Jin; Kevin H. Zheng

BSAC Project Materials (Current), 2024

Resoswitch Squegging Control by Compact Model-Assisted Impact Electrode Design

Kevin H. Zheng; Qiutong Jin; Clark T.-C. Nguyen

Conference Paper (Proceedings), 2024

Antenna Considerations for Wireless Resoswitch Receivers

Kevin H. Zheng

Research Review Presentations, 2023

Ferrite-Rod Antenna Driven Wireless Resoswitch Receiver

Kevin H. Zheng; Qiutong Jin; Clark T.-C. Nguyen

Conference Paper (Proceedings), 2023

Bit Rate-Adapting Resoswitch

Qiutong Jin; Kevin H. Zheng; Clark T.-C. Nguyen

Conference Paper (Proceedings), 2022

BPN939: Analysis and Benchmarking of MEMS-Based Super-Regenerative Receivers

Kevin H. Zheng

BSAC Project Materials (Final/Archive), 2022

BPN867: Fully Integrated CMOS-Metal MEMS Systems

Kevin H. Zheng; Qiutong Jin; QianYi Xie; Kieran Peleaux

BSAC Project Materials (Final/Archive), 2022

All publications

Tags

Clark T.-C. Nguyen (Advisor) topic page