Brandon Urich

Background

About Brandon Urich

I am a Systems and Automation Engineer with 8+ years of experience designing, validating, and optimizing complex laboratory and manufacturing systems. I specialize in transforming high‑complexity scientific environments into scalable, automated, and data‑driven operations. My core strengths lie in systems engineering, process improvement, workflow automation, and building advanced digital‑twin models that support strategic operational decisions.I design, deploy, and validate computerized and automated systems across highly regulated laboratory, clinical, and manufacturing settings. My work spans requirements definition, system architecture, integration, functional and performance testing, and lifecycle optimization. I have extensive experience authoring SOPs, IQ/OQ protocols, and validation documentation aligned with key regulatory frameworks including 21 CFR Part 11 (electronic records & signatures), Part 58 (GLP), Part 493 (CLIA), Part 820 (Quality System Regulation), and EU Annex 11 (computerized system compliance). I ensure that every system I build or validate meets strict audit‑ready expectations for traceability, data integrity, and operational control.I develop robust automated workflows using platforms such as Hamilton STAR, high‑throughput laboratory instruments, and custom scripting pipelines. My work includes building precision‑optimized liquid classes, implementing mid‑run automated controls, designing resilient end‑to‑end sample‑processing workflows, and developing integrated data‑automation tools that eliminate manual steps.I create sophisticated 3D digital‑twin models in FlexSim to support capacity planning, resource modeling, financial forecasting, and optimization of batching and sample‑processing strategies. These models help organizations visualize the impacts of operational changes, identify bottlenecks, and make informed, data‑driven decisions before implementing real‑world adjustments.I led the deployment, validation, and optimization of the ETQ Reliance Asset Management system, including data migration, requirements definition, system testing, and ongoing automation support through Python. I managed lifecycle tracking for 800+ instruments across multiple sites.I approach every challenge with a systems‑thinking mindset—evaluating interactions, constraints, and long‑term scalability. I collaborate closely with scientists, engineers, IT, QA, and operations teams to build solutions that are technically strong, intuitive to use, and designed for continuous improvement.