Research Interests

Overview

1. Micro/Nano Fabrication 

Developing high-precision integration and large-area manufacturing processes for micro/nano materials to enable ultra-compact, low-power sensor devices.

2. Advanced Physical / Chemical Sensor Technology  

• High-sensitivity physical and chemical sensors based on 3D nanostructures

: Gas sensors, flexible sensors, acoustic sensors, and novel transduction mechanism.

• Image sensors based on emerging materials

: High-quantum-efficiency (QE) multispectral sensors / ultra-low-light photon counters.

: Low 1/f noise sensor transistor technologies.

• AI-IoT Systems for mobile sensing

: High-precision readout circuits, sensor driver, and low power/short-range wireless communication.

3. AI-Converged Sensor and Material Technologies  

• AI-Driven Sensor Signal Processing

: Signal processing of multi-modal sensors for applications in disease diagnosis, environmental monitoring, smart agriculture, and intelligent manufacturing.

• Neuromorphic Devices for In-Sensor Computing

: High-reliability, low-noise neuromorphic devices enabling edge-level intelligent processing.

• AI-Enhanced Semiconductor Process and Material Design

: AI to optimize fabrication processes and accelerate the discovery of novel functional materials.