I received my B.S. in Bioengineering from George Mason University in 2017. My undergraduate research was two-fold. I spent one year programming an image-guided robotic system to automate spinal pedicle cannulation during spinal fixation surgery under the guidance of neurosurgeon Dr. Mahesh Shenai. Next, I worked in the lab of Dr. Carolina Salvador Morales on optimizing the synthesis of polymeric nanoparticles for cancer drug delivery using computational fluid dynamic simulations. After graduation, I spent a year in a Chemical Engineering lab prototyping a minimally invasive polymer-based electrochemical biosensor for cardiovascular biomarker detection in saliva. In the Lau lab, I am developing computational and statistical learning approaches to quantify periodic rhythms in bulk and single-cell long-time-series transcriptome data. Outside of work, I enjoy reading historical and magical realism novels, learning new cultures, and cooking. Funded by T32LM012412 and F31GM143909.