Microfluidics
There are four microfluidics projects I have been involved in. The first one was my master’s thesis project, where I performed photolithography in a microfluidic chip using hydrogel as the photolithography material. This approach can be applied to the development of organ-on-a-chip systems and studies in tissue biology, among others.
The second project was conducted in Munich after I completed my master’s degree. In this project, I created lumen structures within hydrogels using bioprinting techniques.
The third project is my PhD research, which focuses on developing a DLD particle-sorting chip. I am currently preparing a paper on this work for publication. Once it is published, I will be able to describe this project in more detail.
The fourth project is my postdoctoral research in Nice, where I developed a device that uses acoustic waves to focus particles and measure particle fringes. Through this work, I gained extensive experience in acoustic microfluidics and learned how to use sound waves to focus particles.
