STN 00 · 0 m Surface
Oceanography major at Texas A&M ('27), minoring in Statistics and Economics. These days my time goes into red-tide research, leading our student council, and building an AI platform for the ocean.
STN 01 · −40 m Who I am
They sound unrelated, but every problem I care about comes down to the same thing: making good decisions with imperfect data.
At Texas A&M I spent two years in the Hu Lab dissecting a decade of Karenia brevis red-tide data from the Gulf of Mexico — work that took first place at Student Research Week. I now serve as President of the Student Council of Arts & Sciences — after two years as VP of Finance, where I led a cost-transparency initiative that today covers 18 departments and roughly 19,000 students.
Before college, I spent two years in enterprise business development at AiDOOS in Bangalore, holding 100+ senior-level conversations with CXOs. These days, most of my free hours go into building AI tools — route optimizers, research agents, estimation engines — because the fastest way to understand a technology is to ship something with it.
STN 02 · −100 m Projects
Co-founder · Mar – Aug 2025
An AI route-optimization concept for logistics. I modeled alternative routing strategies that cut travel time by ~5–15% and operating costs by ~10–20% under simulated scenarios, then ran the market analysis to turn optimization outputs into value propositions customers actually understand.
Ranked 17th of 107 projects in an AI competition.
Full-stack hackathon build · TAMUhack
Upload your code, get the right-sized machine. AURORA runs a user's workload in a sandboxed Docker container, profiles CPU, memory and I/O every half-second to classify its bottleneck, then recommends cloud and HPC configurations with wall-time and cost estimates — plus an LLM advisor that explains the trade-offs.
Solo build · in progress
A personal intelligence system: it scans the world — feeds, filings, sources you care about — and surfaces only what matters to you. Born from the observation that staying informed is a data-pipeline problem, not a willpower problem.
Hackathon build · serverless GPU
Turns an electrical drawing into a priced proposal where every quantity links back to the drawing. FlashPod detects and counts electrical symbols, prices the materials, and makes the estimate explainable: click "Duplex Outlet: 42" and all 42 detections light up on the plan.
STN 03 · −160 m Research
As an undergraduate research assistant in the Hu Lab (Feb 2024 – Jan 2026), I led an independent analysis of Karenia brevis blooms — the organism behind Gulf of Mexico red tides — integrating 10+ environmental variables across a 10-year dataset (2008–2017) to assess what actually drives bloom formation.
That meant cleaning and standardizing multi-source oceanographic data, producing 50+ time-series visualizations, and synthesizing the results into recommendations for where bloom monitoring should focus next.
place at Texas A&M Student Research Week, out of roughly 500 participants.
STN 04 · −220 m Experience & resume
Texas A&M University · College Station, TX
Texas A&M University · College Station, TX
AiDOOS Technologies Pvt Ltd · Bangalore, India
Texas A&M University — B.S. Oceanography, minors in Statistics & Economics · Aug 2023 – May 2027. Coursework: systems modeling & data analysis, linear models, linear algebra, micro & macroeconomic theory, Python.
Euroschool Whitefield, Bangalore — Valedictorian: physics, chemistry, math, English and entrepreneurship.
STN 05 · −280 m Where I'm headed
Take the ocean-AI platform from prototype to something people actually rely on — ideally with the push of an accelerator or incubator behind it.
Graduate from Texas A&M with a portfolio that proves the combination works: rigorous statistics, domain depth in ocean and climate systems, and the business judgment to make both useful.
Work at the intersection of environmental data, AI and markets — climate risk, logistics, resource allocation — and eventually build a company there. NaviAI was the first attempt; it won't be the last.
STN 06 · −320 m Seafloor · contact
The fastest way to reach me is email. I'm open to internship conversations, research collaborations, and hackathon teams.