Graduate CS Student · Data & Analytics
University of Texas at Arlington | Aug 2025 – May 2027*
GPA: 4.0
Focus: Data Engineering, Machine Learning
Coursework: Data Engineering for Business Applications, Database Systems, Machine Learning, Pattern Recognition
Certifications: Google Cloud Data Analytics Certificate (in progress), Stanford ML Specialization (Coursera)
Amrita Vishwa Vidyapeetham | 2020 – 2024
CGPA: 8.06 / 10
UT Arlington Research Institute (UTARI)
Built an asynchronous data pipeline to synchronize multi-modal RGB and depth sensor streams from ROS bag files for 3D spatial mapping. Profiled computational bottlenecks across pipeline stages; transitioned detection from GroundingDINO to YOLO-World, boosting frame throughput from under 10 fps to 25 fps (+150%). Built modular CLI tools exporting structured JSON summaries, 2D floor plans, and ROS2 Nav2 maps.
Amrita Vishwa Vidyapeetham × Sony India
Built automated network scripts to continuously ingest raw IoT sensor readings into structured tabular datasets. Cleaned and validated multi-sensor experimental logs in Pandas to eliminate sensor noise, drift, and missing entries. Analyzed food drying behavior across sensor runs and presented analytical findings and Matplotlib charts directly to Sony representatives and project leads.
Chrome Extension
Built a Chrome extension that scans all variants on an Amazon product page and finds the lowest price across every condition — New, Like New, Very Good, Good, and Acceptable. Designed the architecture first, then built it with Claude as a dev partner. Shipped v1.1 within 24 hours of launch adding support for size-and-color variant grids and bundle listings.
End-to-end ML pipeline predicting abnormal next-day price moves across 505 S&P 500 stocks (619K+ daily OHLCV rows spanning 5 years), engineering 12 no-lookahead features from price and volume history. Used strict time-based train/validation/test splits to prevent data leakage and tuned hyperparameters on validation F1 across four model families. Random Forest performed best (test AUC 0.72, F1 0.31 at a 2% move threshold); used feature importance and L1 sparsification to identify volatility and price-range features as the strongest signals.
F1 data engineering pipeline built on the OpenF1 public API. Ingests raw race data (lap times, pit stops, driver positions, tyre compounds, weather) into a bronze/silver/gold Delta Lake medallion architecture on Databricks. In progress — bronze ingestion layer complete.
Languages & Querying
Data Systems, Warehousing & BI
Data Engineering & Modeling
Machine Learning & Tools