MS CIS @ Cornell | AR/VR Researcher @ AIRLab | Ex-Schneider
Electric
📍New York, NY, United States
showcase
Prototyped an ambient AI product for Cornell Tech’s Product Studio that captures a whole ER team through wearables, builds one shared case record, auto-fills the EHR, and flags hidden safety risks. Grounded in stakeholder interviews, with a cost model, a compliance analysis, and a go-to-market wedge starting at the ambulance handover.
View Workflow Demo ↗ View Original Product Pitch↗Developed an AR procedure-guidance system for Snap Spectacles in Lens Studio and TypeScript, guiding responders through branching stroke, cardiac arrest and intubation protocols with interactive checklists, timers and voice commands. Implemented real-time multi-headset sync via Spectacles Sync Kit so teams share one live procedure state, supporting AIRLab’s PhD-led research on AR in emergency medicine.
View Repository ↗
A reduced-order digital twin simulation for remote, low-staff microreactors that skips heavy physics solvers. It’s trained on 440K rows of simulated reactor accident data, classifies 14 accident types under realistic sensor faults, and runs a closed control loop that stops temperatures from climbing out of control in simulation.
View Source Code ↗
Spearheaded the development of Schneider Electric’s FPY-RTY manufacturing-defect monitoring initiative, delivering a Six-Sigma KPI dashboard in Tableau with €150,000 estimated savings for 8 manufacturing sites
Used canny edge-detection technique with VGG16, ResNet, GoogleNet, and our original machine learning model; training all models in Python and documenting model comparison to identify and label human emotions from an original dataset.
View Source Code ↗
Visual and Temporal Change Analysis of long-term vegetation impact in Chernobyl and Fukushima fallout zones using Landsat-7 and Landsat-8 data, NDVI (normalized difference vegetation index) and SAVI (soil-adjusted vegetation index).
Publications & Research
Post-Graduate Dissertation · National Seminar on Behavioural and Organizational Perspectives of Cybersecurity · 2024 — 2025
Built dummy AI-interfaces for 60 participants to evaluate AI-responses under medical, ethical, financial, legal and personal problem-scenarios and ran mixed-methods statistical analyses on data for 3 hypotheses; Achieved the 'Best Paper Award’ at the 'National Seminar on Behavioral and Organizational Perspectives of Cybersecurity for Viksat Bharat @ 2047’, India.
Research Project · National Academy of Psychology Conference · 2023 — 2024
Experimental research on 101 participants, testing the Uncanny Valley effect in human perception with photo-realistic edits and feature swaps in Robot, Humanoid and Deepfake Faces; Selected by the National Academy of Psychology as one of the few undergraduate research projects, successfully presented at the NAOP-GITAM Conference under the Cyber-Psychology track in February 2024.
Toolbox
Languages
Tools
Libraries & SDKs
ML/AI & Data
HCI Research & UI/UX
Work History
Academic Background
Master's Degree
2025 — May 2027
Cornell University · New York, NY
GPA: 3.72
Bachelor's Degree
2021 — 2025
FLAME University · Pune, India
GPA: 3.71