AI Engineer
Architecting enterprise agentic platforms, knowledge graphs, and clinical reasoning systems for leading U.S. healthcare payers and providers.
AI Engineer: production agentic systems & edge inference
I design and deploy production-grade Generative AI, multi-agent decision systems, and high-throughput inference pipelines for leading U.S. healthcare payers and providers. Alongside enterprise delivery, I follow on-device AI out of personal interest and build in that space: InferEdge AI (on-device speech-to-speech with VaayuEdge), Neural Mastery (1,800+ page AI engineering platform), published Hugging Face models, and technical teaching.

Delivered healthcare benefits digitization PoC in 14 days, converting directly into a full-scale enterprise production engagement.
Built multi-agent SOP reasoning system that automates claims adjudication against business rules with explainable audit trails.
Clinical AI semantic search pipeline with Azure AI Search and cross-encoder reranking for natural-language expression extraction.
Quantized deep sequential models with <1.2% MAPE deviation, enabling real-time edge battery management deployment.
Demonstrated track record of taking complex AI systems from research and rapid proof-of-concept into hardened, high-availability enterprise production.
Architecting enterprise agentic platforms, knowledge graphs, and clinical reasoning systems for leading U.S. healthcare payers and providers.
Led research and production deployment of agentic hardware verification workflows, domain-specific LLM fine-tuning, and edge inference optimization.
Beyond enterprise engineering, I build in public across edge inference, technical platforms, open research models, and engineering education.
Building ultra-efficient on-device multimodal inference; VaayuEdge runs English→Telugu speech translation client-side in the browser with zero cloud roundtrips.
Self-built AI engineering platform featuring 1,800+ pages of deep learning, GenAI, and agentic curricula with in-browser Python execution and visual labs.
Published fine-tuned IndicTrans2 English→Telugu research checkpoints optimized for specialized domain vocabulary and low-resource dialect translation.
Companion video series breaking down machine learning foundations, backpropagation, and agentic workflows in Telugu and English for an engaged engineering community.
Four flagship open-source architectures demonstrating agent orchestration, advanced retrieval, edge-ready ML pipelines, and interactive systems.
Regulatory compliance and policy documents are dense and complex. Generic search tools often return fragmented clauses or hallucinated answers, creating significant compliance risks.
Architected a production-ready conversational RAG assistant using GPT-4o. Combined dense vector search with sparse BM25 retrieval (hybrid retrieval), query rewriting and memory-augmented context. Fully containerized with Docker for Kubernetes deployment.
A containerized assistant, deployed on Kubernetes, that answers questions over regulatory documents from retrieved passages instead of from the model's memory.
Synthesizing quarterly financial disclosures, SEC filings, and competitor metrics is an exhaustive manual undertaking that delays strategic investment reporting.
Designed a multi-agent workflow orchestrated with LangGraph and OpenAI. Implemented specialized agents for financial statement extraction, web-scale competitive benchmarking via Tavily Search, and structured narrative generation, wrapped in a Streamlit UI with human-in-the-loop review.
Turns an uploaded CSV of company financials into a narrative report with competitor benchmarks, refined through user feedback in a Streamlit UI.
Predicting municipal traffic congestion requires capturing complex cyclical patterns influenced by severe weather changes, irregular holiday calendars, and sudden peak events.
Engineered high-signal spatio-temporal features, cyclic time encodings, and weather interaction variables. Developed an ensemble XGBoost model tuned with stratified cross-validation and hyperparameter optimization.
Placed in the Top 10 of the MachineHack Great Indian Hackathon 2024.
Most AI learners face friction between theoretical lectures and practical code verification, lacking immediate in-browser execution or visual intuition.
Built a modern interactive education platform featuring 1,800+ curriculum pages, in-browser Python execution via Pyodide (WebAssembly), interactive visual labs, progress tracking and a community leaderboard.
A live, free platform at neuralmasteryai.com with interactive visualizations, coding labs, interview practice and a companion YouTube channel.
Demystifying AI/ML foundations, agentic engineering, and deep learning architectures through structured platform writing and video tutorials.
Over 1,800+ pages of deep engineering guides covering neural network internals, large language model fine-tuning with LoRA, agentic orchestration, and client-side browser inference with interactive Python execution.
Deep dive into classification metrics — Precision, Recall, F1-Score, ROC-AUC, and confusion matrix interpretation for production ML systems.
Step-by-step mathematical breakdown and derivation of the chain rule, gradient updates, and backpropagation in deep neural networks.
Clear architectural guidance on feature scaling techniques, mathematical formulations, and when to use MinMax vs StandardScaler.
A battle-tested stack spanning multi-agent orchestration, transformer fine-tuning, edge quantization, and production cloud infrastructure.
Production agent architectures, multi-agent coordination, structured reasoning, and retrieval.
Neural network architecture design, representation learning, and domain-specific modeling.
Quantization, latency minimization, and client-side web inference execution.
Distributed workflow orchestration, containerization, search indexes, and cloud APIs.
I am always interested in discussing production agentic systems, on-device edge AI, healthcare AI workflows, or high-impact engineering opportunities.