Kathy Chen is a computational biologist and software-savvy graduate student with 11 years of experience applying deep learning to genomics and human disease. At Princeton she develops sequence-based ML methods to probe noncoding variation in conditions like congenital heart disease and breast cancer while coordinating interdisciplinary collaborations. Previously at the Flatiron Institute she designed a convolutional neural network that predicts ~20,000 chromatin features from DNA and created Selene, an open-source library for sequence-based models. Her background blends hands-on software engineering—from performance tooling at MongoDB to reactive analytics at Goldman Sachs—with rigorous training in computer science and biochemistry from UPenn. Colleagues describe her work as grounded in reproducible open science and focused on translating large-scale sequence data into biological insight. She pairs a deep technical toolkit with a knack for building tools that scale across many genomic datasets.
11 years of coding experience
5 years of employment as a software developer
Troy High School
Bachelor of Arts (B.A.), Computer Science and Biochemistry, Bachelor of Arts (B.A.), Computer Science and Biochemistry at University of Pennsylvania
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