About Me

“The biggest risk in life is not taking any risk at all.”
— Morris Chang

Precision, Purpose and Progress,

Innovating at the edge of silicon and life.

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Our Mission

We turn bold ideas into silicon reality. By integrating IC design, biochips, and intelligent systems, we create powerful platforms that bridge technology and life science. Our mission is to empower innovation that matters — scalable, reproducible, and built for the future.

Projects

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Full publications can be found at Publications tab or Google Scholar. *
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F*: Synchronous, and Collision-Aware Multi-Cell Routing on DEP Biochips for Efficient Cell Transportation
Efficient cell transportation is crucial for automating lab-on-chip systems. CMOS-based dielectrophoresis (DEP) biochips provide …
F*: Synchronous, and Collision-Aware Multi-Cell Routing on DEP Biochips for Efficient Cell Transportation
Super Resolution Capacitive Sensor Array with Adaptive Fusion Pixel for Multiscale iPSC Spheroid Analysis
This study introduces a new approach for high-resolution monitoring of induced pluripotent stem cell (iPSC) spheroids. A 480$\times$960 …
Multiple Sampling and Pixel-Wise Accumulation in CMOS Capacitive Sensor Array System for Real-Time Droplet Analysis
Capacitive sensor array (CSA) is vital in precise monitoring for lab-on-chip (LOC) systems. However, shrinking electrode sizes to …
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Multiple Sampling and Pixel-Wise Accumulation in CMOS Capacitive Sensor Array System for Real-Time Droplet Analysis
Smart Pattern Generation on Programmable Dielectrophoresis Array Chip for Single Particle Manipulation
Dielectrophoresis (DEP) is powerful for manipulating biological cells. However, single cell manipulation is usually time consuming and …
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Smart Pattern Generation on Programmable Dielectrophoresis Array Chip for Single Particle Manipulation
Capacitance Sensor Array Chip with Programmable Fusion Pixels, Sampling Device Thereof and Controlling System Thereof
Programmable Dielectrophoretic Semiconductor Chip, Packaging Structure and Control System Thereof
A Programmable CMOS DEP Chip for Cell Manipulation
This work presents a programmable CMOS DEP chip that allows real-time control over the spatial distribution of DEP force, enabling …
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A Programmable CMOS DEP Chip for Cell Manipulation
A 2.56-µs Dynamic Range, 31.25-ps Resolution 2-D Vernier Digital-to-Time Converter (DTC) for Cell-Monitoring
Capacitive sensor array (CSA) has emerged as a prominent approach in the field of biomedical detection, particularly for the analysis …
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A 2.56-µs Dynamic Range, 31.25-ps Resolution 2-D Vernier Digital-to-Time Converter (DTC) for Cell-Monitoring
A Programmable CMOS Dielectrophoresis Array Chip with 128 × 128 Electrodes for Cell Manipulation
Dielectrophoresis (DEP) is a powerful technique for manipulating biological cells. Yet, its widespread application has been limited by …
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A Programmable CMOS Dielectrophoresis Array Chip with 128 × 128 Electrodes for Cell Manipulation
A 460,800 Pixels CMOS Capacitive Sensor Array With Programmable Fusion Pixels and Noise Canceling for Life Science Applications
Capacitive sensor array (CSA) plays an important role in life science applications, such as cell monitoring, DNA detection, or drug …
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A 460,800 Pixels CMOS Capacitive Sensor Array With Programmable Fusion Pixels and Noise Canceling for Life Science Applications
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Support & Funding

We are grateful for the support from:

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