Principal ML Engineer Agentic AI · Ranking · Decision systems

AI systems.
Built for reality.

I turn advanced machine learning into dependable products—connecting model capability to architecture, evaluation, and measurable consequence.

15+ years across agentic AI, consumer-scale ranking, reinforcement learning, and distributed systems.

Selected evidence

Impact measured in deployed systems, not prototype claims.

15+years engineering ML and distributed systems
21%sell-through lift in Walmart team deployment
7%cost reduction from the deployed system
2020Franz Edelman Award laureate

The model is not the product.

A reliable AI product is a decision system: models, data, orchestration, policy, evaluation, interfaces, and feedback working under real constraints.

01

Capability

Can the model reason, predict, or act well enough?

02

Reliability

Can the system behave predictably outside the happy path?

03

Consequence

Does the product improve a decision that matters?

A career viewed through engineering problems—not job descriptions.

Three systems. Three kinds of consequence.

PayPalCurrent focus

Turning agent capability into a dependable product system.

The engineering challenge is larger than model intelligence: orchestration, routing, evaluation, policy, observability, and recovery have to behave as one system.

Engineering consequenceFrom impressive paths to reliable operating envelopes
  • Architecture
  • Evaluation
  • Guardrails
  • Platform boundaries
Representative decision loop04 stages
01Intentcontext + goal
02Orchestrateroute + plan
03Actmodels + tools
04Evaluatequality + safety
↳ Feedback

Production signals feed evaluation, routing, and recovery design.

How I move from ambiguity to an operating system.

Principal-level work is not only choosing an architecture. It is creating the conditions for a system—and a team—to make better decisions repeatedly.

01

Frame the decision

Begin with the decision, the user, and the operating constraint—not a preferred model.

02

Design the system

Treat data, models, orchestration, latency, policy, and human trust as one engineering surface.

03

Prove the behavior

Use evaluation and observability to understand where the system works, fails, and recovers.

04

Scale the learning loop

Build feedback into both the product and the organization operating it.

A systems foundation, applied to machine intelligence.

Full profile on LinkedIn

2026—Now

PayPal

Principal ML Engineer · Agentic AIProduction-grade agentic experiences and the systems discipline behind them.

2024—2026

Meta · Instagram

Machine Learning EngineerRelevance and ranking for consumer-scale product experiences.

2019—2024

Walmart Global Tech

Principal Engineer · Senior Manager II · Staff ML EngineerApplied ML spanning deep reinforcement learning, pricing, and large-scale decision systems.

2015—2019

Intuit

Senior Software EngineerLarge-scale data and software systems for high-trust financial products.

2009—2014

HSBC

Senior Software EngineerDistributed systems foundations for complex, regulated environments.

Building machine intelligence that earns trust in the real world.

For ambitious product and platform problems across AI agents, machine learning, and large-scale systems.