2x founder. Engineer. Researcher.
ABOUT
I was brought up in the Bay Area, where I first learned how to play cricket. For 6 years, I represented my academy and region in national and international tournaments before I decided to take it a step further and play professionally in India. For the next 7 years, I went from captaining my district to captaining and representing my state at a national level.
Some snippets from over the years:
I came back to the Bay Area to pursue higher education, started community college, and got my associate's degree in computer science, and transferred to UC Irvine, where I'm currently a senior. I focus on the intersection of artificial intelligence and systems engineering.
Currently, I'm co-founding and building Orderly, the multimodal AI ordering layer for every restaurant on Earth.
WORK
The multimodal AI ordering layer for restaurants. Guests scan a QR code, place their order, and it is routed directly to the kitchen through the existing POS. Signed a marketplace and co-sell agreement with Shift4 in under 30 days. Paid pilot with Flynn Group, the largest restaurant franchisee in the US, launching across Applebee's.
SD-WAN Team
Architected and built the initial version of the no-code AI Agent Builder for Enterprise Automation.
Built and sold an AI workflow automation tool for construction with my childhood best friend and current Orderly co-founder, Math Heramia. Six-figure exit in under six months.
Predicting the specific DNA attachment site an integrase targets from its protein sequence is a challenge because of the missing co evolutionary signals in current representations. I built an ML pipeline using ESM-2 and DNABERT to analyze 491K+ integrase–att site pairs and biological structure with UMAP and HDBSCAN, and evaluate predictive models.
Did some cool research here as part of a small team on algorithmically matching dogs by personality. Collaborated with cross-functional teams for data analysis and architected solutions for recommendation systems.
RECENT PROJECTS
education
check out this neural network implementation that solves xor classification, which was a problem that proved single layer models weren't sufficient.
- toggle inputs directly by clicking on the digits
- press train to watch the numbers update live
- press 'test all' to see results
- press 'reset' to erase everything