Applied AI · Retail · Supply Chain · Decision Intelligence

Applied AI for complex retail and supply-chain decisions.

I’m Harshavardhan Nannur, a Staff Data Scientist at Walmart. Across 13+ years in retail and supply chain, I’ve built production systems that help teams understand complexity, evaluate alternatives, and move from prediction to action.

Portrait of Harshavardhan Nannur
Applied AI practitionerTexas
13+years in retail analytics & AI
$400M+annual incremental revenue across projects
$200M+annual savings across projects
20+production AI & analytics solutions delivered
2pending patent applications

Evidence before adjectives.

Production systems built around difficult operating decisions. Each story begins with the problem, then explains the contribution and the outcome.

Also builtAI-Assisted Claims

A human-in-the-loop claims concept combining guided claim creation, image analysis, risk scoring, and conversational supplier-quality insights, targeting a reduction in resolution time from 96 hours to 24 hours.

Multimodal GenAI · Fresh claims

From prediction to decisions—and from decisions to action.

My work sits at that transition: connecting models to operating context, constraints, workflows, and human judgment.

01DataObserve the operating system
02PredictionAnticipate what may happen
03IntelligenceExplain context and causes
04DecisionEvaluate alternatives and trade-offs
05ActionMove through trusted workflows

The model is only one part of the decision system.

Durable value comes from connecting data, prediction, context, alternatives, action, and feedback. That principle links my work across machine learning, optimization, simulation, and agentic systems.

Applied AIDecision intelligenceRetail AISupply-chain intelligenceAgentic AIProduction machine learningOptimizationSimulation

Patents and technical contributions.

Original work presented with precise status, scope, and a clear explanation of why the contribution matters.

01Published application · pending

US20250103976A1

Systems and Methods for Optimizing Labor Resources

Understand the invention ↗
02Published application · pending

US20260017606A1

Dynamic Perishable Item Replenishment with Minimized Trailer Utilization

Understand the invention ↗
Technical publication · Co-author

Optimizing Import Distribution Center Operations: A Simulation-Based Scenario Analysis Solution

A Python and SimPy discrete-event simulation approach for evaluating capacity, renovation, disruption, and demurrage and detention scenarios in import distribution-center operations.

Harshavardhan Nannur presenting applied simulation work at an INFORMS session
INFORMS session · Applied research presentation

Applied research, explained in operational terms.

A practical discussion of discrete-event simulation for capacity planning, operational scenarios, and cost-risk analysis in import distribution-center networks.

Selected presentationOptimizing Import Distribution Center Operations: A Simulation-Based Scenario Analysis Solution
From Forecasting to Decision IntelligenceAgentic AI for Operational DecisionsBuilding Production AI at Retail ScaleSimulation for Supply-Chain Planning
Speaking details

Recognition grounded in the work.

01

Walmart Exemplary Award

Recognition conferred upon approximately the top 1% of Walmart corporate employees.

02

First Prize · Walmart Generative AI Hackathon

Enterprise-wide competition recognizing applied generative-AI innovation.

03

Second Place · Sam’s Club Supply Chain GenAI Hackathon

Recognized for the AI-Assisted Claims multimodal generative-AI solution.

From understanding customers to designing intelligent operating decisions.

My career has moved from customer analytics and forecasting into optimization, simulation, production machine learning, and agentic AI. The constant is a focus on what the organization needs to decide—and how technology can make that decision better.

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Working on a complex retail or supply-chain decision?

Let’s exchange ideas about retail AI, decision intelligence, agentic systems, optimization, or simulation.