研究方向：

Microfluidics (experiments, theory, simulations): generation, manipulation and analysis of small amounts of liquid for biological and chemical applications such as drug screening and directed evolution
Acoustofluidics (experiments, theory, simulations): control the forces and flow generated by ultrasounds in fluids to manipulate tiny objects like biological cells without contact.

教育背景：

法国里尔中央理工大学，物理声学，博士

学术经历：

2016年09月-2018年05月巴黎第五大学，博士后

科研获奖：

Microsystems and nanoengineering outstanding young speaker 2020

法国力学协会优秀博硕士毕业论文全国前五名

清华大学优秀硕士毕业论文