Scaled enterprise data throughput
Led a governed Databricks Lakehouse with 200+ Spark, Airflow, and Python pipelines, enabling fivefold throughput across business-critical analytical workloads.
Platform strategy · Cigna / eviCoreLead Engineer, Data & AI Infrastructure · Author · Speaker
I build and lead high-throughput data platforms, agentic pipelines, RAG systems, and AI automation that turn complex enterprise data into reliable products, from petabyte-scale analytics to governed, production-grade intelligence across regulated and high-scale environments.
Executive impact
Evidence-led outcomes across platform scale, performance, adoption, governance, and enterprise delivery.
Led a governed Databricks Lakehouse with 200+ Spark, Airflow, and Python pipelines, enabling fivefold throughput across business-critical analytical workloads.
Platform strategy · Cigna / eviCoreReduced query time through Delta Lake Z-ordering, adaptive tuning, and workload-specific performance engineering.
Performance engineeringDrove targeted enablement across Meta design teams, improving tool adoption and strengthening day-to-day creative workflows.
AI transformation · MetaArchitected infrastructure-as-code for Databricks and storage, sharply reducing setup time while improving deployment consistency.
Azure · Terraform · CI/CDBuilt Spark SQL row-level security for regulated data, enabling secure multi-tenant analytics access with zero reported breaches.
Enterprise security · GovernanceDelivered KPI and operational intelligence that improved decision visibility and supported documented cost savings.
Enterprise analytics modernizationWhat I build
End-to-end engineering across data foundations, model context, workflow orchestration, evaluation, deployment, and operational feedback loops.
Multi-step, tool-using workflows with durable orchestration, state and memory management, human checkpoints, retries, guardrails, and production observability.
Grounded AI experiences built on ingestion, chunking, embeddings, hybrid retrieval, re-ranking, citations, access control, and evaluation-driven quality.
Event-driven automation that connects models to enterprise systems, turns manual processes into governed workflows, and keeps operators in control.
Secure, scalable foundations for batch and real-time inference with data quality, lineage, CI/CD, latency and cost controls, monitoring, and auditability.
Why this work matters now
Market signals reinforce the need for scalable data foundations, production AI, governed automation, and leaders who can move systems safely beyond experimentation.
of surveyed employers expect AI and information processing to transform their business by 2030.
World Economic Forum · 2025 ↗88%of surveyed organizations report regular AI use, while most still struggle to scale.
McKinsey State of AI · 2025 ↗63%of breached organizations lacked an AI governance policy or were still developing one.
IBM Cost of a Data Breach · 2025 ↗73%of surveyed employers plan to accelerate process and task automation.
World Economic Forum · 2025 ↗Experience
Progression from hands-on BI engineering to enterprise architecture, platform leadership, and AI-scale data systems.
Building high-throughput data pipelines, AI infrastructure, automation, and analytics foundations supporting product and intelligent-system initiatives at petabyte scale.
Led enterprise lakehouse architecture, ML-ready data layers, cloud modernization, secure access, and 10TB+ daily processing.
Modernized 15TB enterprise warehouses and built 50+ KPI dashboards serving 200+ analytics users.
Delivered retail data warehouses and real-time reporting for global brands, improving forecast accuracy and data consistency.
Core expertise
Python · PySpark · SQL · Databricks · Delta Lake · Apache Spark · Kafka · Airflow · Azure · Terraform · Kubernetes · Vector Search · LLMOps · Power BI
Doctoral research · In progress
PhD Student in Computer Science at Dayananda Sagar University, researching how generative AI can diagnose and propose repairs while policy, testing, auditability, and human oversight retain execution authority.
The design-science study compares rules-only, AI-only, and governed-agent approaches across diagnosis accuracy, recovery, safety, and human usefulness. Expected outputs include a vendor-neutral framework, incident representation, benchmark, prototype, and measured evidence.
Research principle: generative AI proposes; policy and accountable people decide what is allowed.Research & authorship
15 publications spanning data and AI architecture, secure pipelines, edge computing, predictive analytics, and applied machine learning across multiple domains.
View complete Google Scholar profile ↗IEEE · ICOCT 2025
Springer · 2025
IEEE · 2nd Best Paper · 2025
IEEE · ICIMIA 2025
Springer · 2025
Speaking & influence
Keynotes and invited talks across enterprise data engineering, governed AI, multi-agent systems, platform reliability, and responsible automation.
DAMA San Francisco · Secure Data & AI Forum
Fremont ACM Chapter
ICMDIA-25
International Conference on Computer Science
Connect
Speaking · Research · Advisory · Collaboration