I build end-to-end machine learning systems for space tech and healthcare — the kind that run on real scientific data and get judged on blind hold-outs, not notebook accuracy.
Most of my work lives at the messy end: raw instrument data, brutal class imbalance, and metrics that have to survive an audit.
B.TECH AI/ML · RAIT, DY PATIL UNIVERSITY · CLASS OF '27
upper management
BENCHMARK · SWAN-SF · TRUE SKILL STATISTIC
lumen 6 ███████████████████████████ 0.811
gctaf published sota ████████████████████████ 0.748
leakage-audited · protocol-matched
* work in progress
CME DETECTION
autonomous coronal mass ejection detection
Two-model TCN + TCAN ensemble over in-situ solar wind plasma at L1 — bulk velocity, proton density, thermal temperature, helium-to-proton ratio and their gradients. Causal dilated convolutions give a 10.6-hour receptive field, so the model only ever looks backwards and stays valid for real-time use.
Beat XGBoost (0.210) and BiLSTM (0.195) on identical data. F1 sits near the physical ceiling for single-point plasma sensing — 30 to 50% of CMEs are stealth events that leave no plasma precursor at all. On the unseen May 2026 eruption it peaked at P = 0.8707, corroborated by a helium-to-proton ratio of 0.2965, roughly 7x the quiet-wind baseline.
BUILDING eos — fusing X-ray nowcasting with magnetogram-based 24h forecasting
WRITING a paper on the SWAN-SF result + an independent solar flare catalogue
CURIOUS neuromorphic computing · LLM agent architectures · MLOps at scale
OPEN TO AI/ML roles in space tech, scientific computing, and clinical ML
BACKGROUND anime, games, and being thoroughly outranked by my cats