1. Minimized and long-lasting wireless capsule endoscopy – (Research in progress)2. Neuromodulation device for closed-loop stimulation and recording – (Research in progress)3. Wireless power and data transfer system for various applications – (Research in progress)

1. Co-designed an AFE for a Hall sensor utilizing a current spinning technique (Sent for fabrication)2. Designed an asynchronous 10-bit SAR ADC with a 100 MS/s sampling rate (Sent for fabrication)

1. Full-duplex enabled WPT system via textile for miniaturized IMDs – (Paper in 2022 BMEL)2. A load-independent charging system for multiple biomedical devices – (Paper in 2024 TIE)3. A low-complexity and high-frequency ASIC ultrasound imaging system – (Paper in 2024 BMEL)4. Energy-efficient ultrasound transmitter for neural stimulation – (Paper in preparation)5. Wireless network for underground IoT devices – (Paper in preparation)6. Simultaneous power and data transfer system for long-distance use – (Paper in preparation)7. High-gain ultrasound receiver for wearable system – (Measurement in process)

1. Designed a 54X54 time-based DNA sequencing accelerator - (Paper in preparation)2. Designed a low-power 8-bit TDC with a 640 MS/s sampling rate - (Poster at 7th AKC)3. Co-designed a wavefront computing accelerator for path planning (Paper in 2021 CICC)

1. Co-designed an all-digital PLL for a 2.4GHz BLE application (Bachelor’s thesis)