AI/ML Engineer | Computer Science Student | Explainable AI & Quantitative ML
Bengaluru, India | Email | GitHub | LinkedIn
I am an undergraduate Computer Science student at PES University specializing in Artificial Intelligence and Machine Learning. I design and build high-performance, data-driven AI systems and quantitative pipelines that solve real-world problems. My experience spans sensor telemetry, time-series anomaly detection, explainable AI (XAI) and deep learning. I focus on constructing production-grade ML architectures, robust ETL systems, and low-latency inference modules.
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Me[P Saanvi: Core Projects Portfolio]:::highlight
Me --> DL[AI/ML & Deep Learning]
Me --> Systems[Systems & Ledger]
Me --> Quant[Quantitative Finance]
DL --> P1["Explainable Smart Grid Fault Detection<br/>(VAE + DSPOT + XGBoost)"]
DL --> P2["Spatio-Temporal Respiration Classifier<br/>(CNN-Conformer + InfoNCE Loss)"]
DL --> P3["Memora Cognitive Assistive Platform<br/>(RAG + Biometric ArcFace/ECAPA)"]
DL --> P4["Reinforcement Learning Traffic Optimizer<br/>(PPO + Reward Shaping)"]
Systems --> P5["Clinical Trial Data Management<br/>(Private Permissioned PoA/DPoS Blockchain)"]
Systems --> P6["Fault-Tolerant ETL Pipeline<br/>(Pandas Vectorization + Power BI)"]
Quant --> P7["Option Pricing Suite<br/>(Black-Scholes-Merton + Monte Carlo)"]
Smart Grid Fault DetectorEngineered a hybrid unsupervised-supervised anomaly detection pipeline achieving a 0.9959 F1-score and 96.85% classification accuracy in smart grid telemetry using VAEs and DSPOT adaptive thresholding. View Details & MathematicsTarget Metrics:
Telemetry Data ➔ VAE Reconstruction ➔ DSPOT Adaptive Threshold ➔ Latent Space Augmentation ➔ XGBoost Classifier ➔ SHAP Explanations
Core Stack: VAEs, XGBoost, SHAP/TreeSHAP, Extreme Value Theory, Multivariate Sensor Telemetry.
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Lung Sound AnalysisDeveloped a PyTorch-based sequential classifier using a Cross-Attention Conformer architecture with multi-task learning and InfoNCE contrastive alignment, achieving a record 47.25% ICBHI score. View Details & MathematicsTarget Metrics:
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Clinical Trial LedgerDesigned and deployed a private permissioned blockchain network using hybrid PoA + DPoS consensus and SHA-256 hashing to secure clinical data with a pre-chain ML fraud gate. View Details & Security FlowTarget Metrics:
Clinical Trial Record ➔ XGBoost Fraud Gate ➔ Hybrid PoA+DPoS consensus ➔ Solidity Validation ➔ IPFS (AES-256-GCM) ➔ Block Commit
Core Stack: Solidity, Blockchain (PoA/DPoS), AES-256-GCM, SHA-256, IPFS, XGBoost.
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Memora Assistive PlatformArchitected an end-to-end multimodal AI system integrating biometric face/voice recognition with a ChromaDB Retrieval-Augmented Generation memory pipeline for Alzheimer's patients. View Details & ArchitectureTarget Metrics:
Whisper STT ➔ Qwen LLM (RAG over ChromaDB memory) ➔ Coqui TTS synthesis
Core Stack: ArcFace, ECAPA-TDNN, ChromaDB Vector DB, RAG, Qwen LLM, Whisper STT, Coqui TTS.
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Option Pricing SuiteImplemented a quant suite featuring a Black-Scholes-Merton pricing engine, a Monte Carlo simulator with 95% confidence intervals, and a robust Implied Volatility solver. View Details & MathematicsBlack-Scholes Call Valuation: Core Stack: Python, NumPy, SciPy, Streamlit. |
Fault-Tolerant ETL PipelineEngineered a production-grade Python ETL pipeline ingesting records from external REST APIs through automated schema normalization, vectorized Pandas transforms, and backoff decorators. View Details & AnalyticsTarget Metrics:
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Traffic Signal OptimizerTrained a Proximal Policy Optimization (PPO)-based deep reinforcement learning agent in a custom Gymnasium environment to minimize vehicle waiting times dynamically. View Details & TrainingAdaptive Control Flow:
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Civic-Spark PlatformArchitected a mobile-first citizen advocacy portal for Bengaluru using OpenStreetMap tracking and a decay-weighted priority algorithm to rank civic issues. View Details & FeaturesKey Gamification Details:
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- Explainable AI (XAI) – Restoring interpretability in deep black-box models.
- Quantitative Machine Learning – Appling statistical modeling and ML to financial markets and telemetry data.
- Reinforcement Learning – Sequential decision-making, game theory, and adaptive control systems.
- Intelligent Edge Systems – Deploying low-latency ML and cryptographic verification to edge nodes/IoT devices.
I am keen to collaborate on AI research, open-source ML systems, and quantitative modeling projects. If you are building in the ML/AI, Quant, or Decentralized Systems spaces, let's connect!

