Experience

From medical diagnostics to production clinical AI.

Three roles since February 2021 — deep learning for medical diagnostics at Technocolabs, a graduate teaching assistantship at the University of Cincinnati, and clinical AI at Zasti.

Teaching & mentoring

Research is a team sport — I build the bench.

  • 500+

    graduate students taught in hands-on Python, cloud, and ML workshops

  • 20+

    capstone research projects mentored across NLP, CV, and predictive analytics

  • 95%

    positive student feedback, with 90% assignment completion

  • 4

    mentored projects selected for departmental showcase; 2 led to published conference abstracts

In industry

  • Designed 3 technical workshops and a structured internship curriculum for 5 engineers at Zasti (agentic AI, RAG, LLM evaluation).
  • Built adaptive AI learning agents personalizing curriculum content — 40% faster onboarding.
  • Co-developed scalable educational resources with responsible-AI principles alongside University of Cincinnati faculty: +40% engagement, −25% time-to-completion on advanced ML assignments.

Three roles, most recent first.

Zasti Inc, the University of Cincinnati, and Technocolabs Softwares — clinical AI, higher education, and medical diagnostics.

  1. May 2024 — Present

    Zasti Inc AI Engineer

    Ashburn, VA · Healthcare / clinical AI

    • Architected a production RAPTOR RAG system with hierarchical summarization, Neo4j knowledge-graph integration, and dual-stage vector retrieval (FAISS + Pinecone): 45% faster queries, 38% better factual accuracy, 50M+ document embeddings at sub-100ms P99 latency.
    • Built a shared agent harness (LangGraph through MCP) and four automation pipelines on it — sales, resource tracking, marketing, and internal software-engineering agents — adopted company-wide including leadership, with human approval gates before any consequential action.
    • Designed a multi-agent orchestration platform (LangGraph, LlamaIndex) with autonomous task planning, tool use, self-reflection loops, and short/long-term memory — automating 95% of clinical research workflows; manual review cycles cut from 3 days to under 4 hours.
    • Diagnosed and fixed non-convergent agent loops by restructuring work as an explicit task-dependency map with single-task execution rather than whole-goal reasoning, and layered validation gates that caught hallucinated agent output before it reached a human reviewer.
    • Engineered a multimodal RAG pipeline (GPT-4V vision, custom OCR post-processors, FHIR-compliant parsers) with hallucination detection via chain-of-thought consistency scoring: 92% retrieval precision across 15+ heterogeneous lab-report formats.
    • Cut LLM inference costs 75% (~$2K/month) via GPTQ 4-bit quantization, speculative decoding, and dynamic batching with vLLM — 98% performance parity on clinical benchmarks (MIRAGE, MedQA).
    • Established AI governance and safety guardrails (RAGAS, LangSmith): 62% lower production hallucination rate, HIPAA-aligned audit logging for all clinical AI outputs.
  2. Aug 2022 — Apr 2024

    University of Cincinnati Graduate Teaching Assistant

    Cincinnati, OH · Higher education

    • Designed and delivered hands-on workshops in Python, cloud computing, and ML for 500+ graduate students; 90% assignment completion, 95% positive feedback.
    • Mentored 20+ graduate students on capstone research (NLP, CV, predictive analytics); 4 projects selected for departmental showcase, 2 led to published conference abstracts.
    • Built scalable educational resources with responsible-AI principles alongside faculty; +40% engagement, −25% time-to-completion on advanced ML assignments.
  3. Feb 2021 — Jul 2022

    Technocolabs Softwares Deep Learning Developer

    Remote · Medical diagnostics

    • Led a 4-member team building deep-learning models for a medical-diagnostics product (PyTorch CNNs, ResNet/EfficientNet transfer learning): 88% diagnostic accuracy on held-out clinical test sets, 45% higher system efficiency.
    • Designed a pattern-recognition algorithm combining attention-based feature extraction with ensemble classification: +25% predictive accuracy over baseline for clinical decision support.
    • Built Power BI dashboards with real-time model tracking and SHAP explainability, contributing to a 10% diagnostic-accuracy improvement.

Education

  • M.S. Computer Science · University of Cincinnati

    2022 — 2024

    GPA 3.95/4.0 · Graduate Incentive Award for Academic Excellence ($60,000 scholarship)

  • MicroMasters, Data Science · University of California San Diego

    2021 — 2022

  • B.Tech Computer Science · SRM University (India)

    2018 — 2022

    GPA 3.98/4.0

Degrees, thesis, awards & certifications →

Toolbox

63 tools and techniques across 9 groups.

Languages
Python · SQL · TypeScript · JavaScript · R · C++ · Bash
LLMs & GenAI
LangChain · LangGraph · LlamaIndex · RAPTOR · Self-RAG · QLoRA · DPO · RLHF · vLLM · DSPy
Agentic systems
Multi-agent systems · AutoGen · CrewAI · Tool use · ReAct · Reflection agents · Memory systems · MCP
ML / DL
PyTorch · TensorFlow · HuggingFace Transformers · DeepSpeed · FSDP · Scikit-learn · XGBoost
Biomedical
MNE · Nilearn · EEG/fMRI preprocessing · FHIR · Clinical NLP
Vector & graph DBs
FAISS · Pinecone · Qdrant · Weaviate · Milvus · Neo4j · Elasticsearch
MLOps & cloud
AWS SageMaker/EKS/Bedrock · GCP Vertex AI/GKE · Docker · Kubernetes · MLflow · Airflow · FastAPI
Evaluation & observability
RAGAS · LangSmith · W&B · Prometheus · Grafana · TruLens · SHAP
Open-source engineering
PyPI & npm packaging · OSS governance · OpenSSF Scorecard · GitHub Actions CI · Benchmark harness design