Hello! I am a first-year PhD student in Bioengineering at Stanford. My research and project interests lie at the intersection of bioengineering, computer science, and mechatronics, particularly in hands-on design and development of combined hardware and software tools and platforms. I aim to develop technologies for engineering of biology and/or improvement of healthcare to address unmet societal needs.
PhD in Bioengineering, started Fall 2018
MS in Computer Science, 2018
Specialization in Artificial Intelligence
BS in Bioengineering, 2016
Graduated Tau Beta Pi and with Distinction
Design and development of kit to make benchtop lab automation widely accessible to students and citizen scientists. Ongoing research project.
Investigation of how introduction of visual oxygen saturation targeting system affects visual attention and decision-making during infant resuscitation.
Novel human-machine interface concept and software prototype of key concept to provide intuitive operation of semi-autonomous vehicles. Team project for CS 210 course series, in partnership with HELLA Ventures.
A segmental convolutional neural network architecture for the task presented in the PhysioNet/CinC 2016 challenge. Team project for the BIOMEDIN 212 course.
Fluid dynamics simulation of dye advection in milk with soap droplets, using Jos Stam's "Stable Fluids" method with additional algorithmic refinements. Awarded as best technical project out of 47 projects in the Summer 2016 CS 148 course.
Functional prototype of a novel wearable medical device to treat patients with Chronic Venous Insufficiency. Team project for the BIOE 141 course series.
Two projects exploring techniques in interactive data visualization. The first conveys demographic data with important policy implications for Asian American communities, while the second explores the use of spatial cues in displaying three-dimensional data.
Batch bioreactor with real-time web interface and modular sensor/actuator platform, designed and built from scratch. Team project for the BIOE 123 course.
Intuitive real-time on-screen cursor control system using consumer webcams. Team project for the CS 231A course.
Progress portfolio for ME 110, an introduction to freehand design sketching.
Using NLP to study the structure and characteristics of CS research communities through paper titles and abstracts published in top conferences. Team project for the CS 221 course.
Rotating 3-D animation of a lung model segmented from a Computed Tomography scan.
Preliminary study of the feasibility of developing a spatial stochastic reaction-diffusion model to investigate the effect of low-concentration particles in genetic circuits.
I have worked as a teaching assistant for the following courses at Stanford University: