I am a second year undergraduate student at Northeastern University in Boston, MA.
Research interests: computational medicine, biomedical engineering, systems biology.
|CMSC 260||Computer Security (CompTIA Security+)|
Math: AP Stats, AP Calc BC, Multivariable Calculus
CS: LAN networking, Programming 3
Healthcare is changing, and our future depends on a new generation of scientists who are versed with both medicine and computer science. Combining my curiosity for research with my talent for programming, I'm committed to bridging these fields.
At the forefront of pediatric neurology, recent advances to MRI technology have enabled in-utero neuroimaging. The science is built upon advanced software for quantitative analysis.
We built an image processing pipeline using CIVET 2.1.1 for volumetric analysis of fetal human brain MRI scans.
My work focused on surface reconstruction of the subplate zone, a transient subcortical layer with complex morphology.
Currently, I'm researching how the central nervous system is affected by interactions between our microbiome, intestinal membranes, and the immune system.
Also, I love teaching! Splash is a program where undergraduate students prepare and teach classes to high school students in Boston. One of my topics is about clinical microbiology and the gut-brain axis.
Free software advocate, Linux enthusiast, script kiddie.
Hacking. I figure things out best by breaking them apart.
Even before coming to Boston, I discovered an injection vulnerability on Northeastern's undergraduate admissions webpage. After demonstrating its exploitability, I worked together with Northeastern ITS to ensure we have reliable defenses against cyber attack.
I joined Generate as a build studio engineer, working for Mount Locks. Our scope outlined the client's expectations for the team to develop a demonstrable prototype. My efforts carried the project beyond stretch goals. By handoff, the software features were nearly suitable for product release.
Using cryptographic functions, I designed and implemented a custom protocol for token exchange over Bluetooth LE. The device authenticates communication without ever having to transmit the password.
I am a contributor to Search NEU, a community-powered web app to make class registration easier for Northeastern students.
Through Hacks I have weekly discussions with a diverse community of programmers at Northeastern.
Personal... more about me!
Likes: snowboarding, garlic, philosophy
Dislikes: climate change, advertisements
Don't hesitate to contact me about anything!