Engineer.
Builder.
Learner.
I’m an industrial engineer focused on complex operating systems: how work flows, where constraints emerge, how dependencies propagate, and how better models improve decisions. Software gives me a way to turn engineering reasoning into tools people can explore and use.
Industrial Engineering & Flow
Production systems, capacity, WIP, cycle time, constraints, work measurement, process analysis and improvement.
Operations Research
Queueing, discrete-event simulation, optimization, scheduling, sensitivity analysis and decision support.
Networks & Data
Dependency graphs, network science, knowledge graphs, analytical grain, provenance and validation.
Engineering Software
Interactive analytical applications, browser visualization, Python/SQL workflows and rapid technical prototyping.
Applied AI
Agent workflows, retrieval, knowledge systems, evaluation, learning loops and human review.
Problem Solving
Observe the real system. Define assumptions. Choose the simplest adequate model. Test alternatives. Validate. Communicate the decision.
Continue the conversation.
Explore the work throughout the Lab and Writing, or connect directly through the links below.