I obtained my Ph.D. in Electrical and Computer Engineering at University of Washington at 2016, where I worked on synthetic biology and lab automation in the Klavins Lab. My Ph.D. thesis was titled Design, Construction, and Validation of Dynamic Gene Circuits in Yeast. I built novel synthetic gene circuits in yeast. I also built over 20 high quality, reproducible build and test workflows in the Aquarium lab operating system, a software-enabled human-in-the-loop automation platform invented in the Klavins Lab. I was a founding member of UW Biofabrication Center (UW BIOFAB), a cloud lab service powered by Aquarium. +
I obtained my Ph.D. in Electrical and Computer Engineering at University of Washington at 2016, where I worked on synthetic biology and lab automation in the Klavins Lab. My Ph.D. thesis was titled Design, Construction, and Validation of Dynamic Gene Circuits in Yeast. I built novel synthetic gene circuits in yeast. I also built over 20 high quality, reproducible build and test workflows in the Aquarium lab operating system, a software-enabled human-in-the-loop automation platform invented in the Klavins Lab. I was a founding member of UW Biofabrication Center (UW BIOFAB), a cloud lab service powered by Aquarium.