Why did you become an engineer?

My curiosity of nature led me to have interests in basic science and applied science. Engineering is designed to answer specific questions, not abstract but concrete, and leads to improvements in old methods.

Why did you choose to go into academia?

First of all, I can study whatever I like. Second of all, based on my original idea, I can try to create new concept of technology, which may contribute to more effective solutions to a variety of engineering problems. Third of all, I can transfer my knowledge to students and encourage them to have enthusiasm for science.

What do you like best about academia?

I love to do experiments, sometimes which enable you to see new things as well as a completely unexpected world.

Explain your area of research.

My research group is investigating biological transport phenomena in micro/nano-scale fluidic environments. We make efforts not only to detect all kinds of biohazardous organism, such as bacteria and virus, through micro/nano-fabricated devices but also to utilize bacteria as individual actuators and in arrays to build up autonomous transportation systems and biocompatible sensors.

Who was your favorite teacher/professor and why?

Professor Kenneth S. Breuer, who guided me to settle down in the micron world.

Who is your biggest inspiration?

My baby girl!!! Renee is just 15 months old now.

What was your favorite class (and why)?

Sensor & IC Fabrication (EE course) in Texas A&M University, in which I could understand microfabrication processes to study micro/nanofluidics.

What do you like to do to relax? What are your hobbies?

I love internet surfing, web design, and playing golf. However, due to time constraints imposed by life, I am not able to enjoy golf as much as I used to.

Favorite book?

Goethe’s Faust

Favorite song?

Can’t Take My Eyes Off You (Morten Harket)

Favorite movie?

Innerspace (1987). My bacterial actuation research was inspired by this movie!!!

Any advice for new students?

Take a lot of taste of science & engineering as much as you can.