About me
I am a Biomedical Data Science PhD student at Stanford University. I am passionate about leveraging computational and machine learning approaches to improve healthcare, and enhance patient outcomes.
Space Medicine
Beyond healthcare, I am fascinated by our universe and I aspire to apply my mathematical, machine learning methods and computational skills to the field of space biology and space medicine, exploring how we can support human life beyond Earth.
In my free time, I enjoy reading sci-fi, going to the gym, running, and cooking.
What I do
Mathematical Biology
I graduated from University of California, Irvine in 2024 with a Bachelors of Science in Mathematics, and a concentration in Mathematical Biology.
machine learning
I develop machine learning algorithms to leverage large-scale multi-omics and electronic health record data to extract meaningful insights about human disease and biology.
Space Medicine
My work aims to further our understanding of how space travel affects the human body, and assist in developing methods for risk prediction and personalized treatment plans for astronauts.
Skills
My Experience
2015-2021
ACME Company
Lead UI/UX Designer
I have responsibly led a team of 12 designers to help, supervise and approve their designs to make sure it matches client expectations and latest design standards.
2011-2015
Dynamic Capital INC
Web Developer
I was responsible for all the in-house and client-based web development assignments. I take pride in having helped the best of clients and getting maximum ratings for the company.
2003-2011
UI/UX Designer
I was a part of an amazing design team and worked together with them to help design and develop apps and websites for different clients of the company.
My Research
I am fascinated by our universe and I aspire to apply my mathematical and computational skills to the field of space biology and space medicine, exploring how we can support human life beyond Earth.
Interest
My research interests lie in developing machine learning methods to study the effects of spaceflight on the human body, specifically for women’s health and in the female reproductive system.
Space Medicine
As space travel becomes more common, especially commercial and civilian spaceflight, it is essential to understand how the hazards of spaceflight affect the human body. Astronauts face a myriad of stressors including space radiation, circadian disruption, and microgravity, which cause a wide range of physiological and biological changes, including muscle atrophy, immune dysfunction, and vision changes. The low number of astronauts and infrequent space missions means that the mechanisms behind these changes are not well understood and modeling these effects is difficult. Machine learning can help bridge this gap by finding patterns in the biomedical data that currently exists.
Hobbies
Painting, reading sci-fi, learning new recipes, and coaching equestrian vaulting