"Bridging the gap between Theoretical Deep Learning, and High-Performance Computing."
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ML Researcher @ Yale University Focus: Cryptographic Deep Learning & Compiler Theory
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Quantitative Research Consultant @ WorldQuant (2022 - 2025) Focus: Alpha Generation & Market Signals
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| Core AI & Research |
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| MLOps & Deployment |
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| GenAI & NLP |
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| Quant & Data |
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| Languages |
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Advanced Deep Learning architectures for Particle Physics challenges (ML4SCI).
Engineered novel models for high-dimensional calorimeter data (125x125x3 matrices):End-to-end Speech Grammar evaluation pipeline.
- Classification: Designed ResNet-15 (PyTorch) for Photon identification and a hybrid VGG-12/Custom CNN architecture for Quark/Gluon tagging.
- Real-Time Regression: Pioneered the use of Graph Neural Networks (GNNs) for the CMS Trigger System.
- Optimization: Conducted critical trade-off analysis between GCNs (Low Latency) and GATs (High Accuracy) for momentum estimation.
Built a high-performance audio analysis system:Biomedical Q&A utilizing Retrieval-Augmented Generation.
- Transcription: Integrated OpenAI Whisper for robust speech-to-text conversion.
- Embeddings: Implemented DeBERTa-v3, BGE, and RoBERTa for deep semantic feature extraction.
- Scoring: Developed a CatBoost regressor with ensemble cross-validation to predict grammar scores with high correlation to human baselines.
Combined PubMedBERT embeddings with a Qdrant vector store and BioMistral-7B to improve query relevance by 30% over standard keyword search.
