Liam Pingree

About Liam Pingree

I work at the intersection of manufacturing, engineering, and system design, building and scaling complex products in high-uncertainty environments.My background spans start-up to Prime Defense contractors to Big Tech, mostly in the hardware space. While leading teams, I\'ve also developed new materials, new diagnostics labs, new robotics systems,+ operations & manufacturing systems. Through that experience, I’ve seen firsthand where traditional approaches to production break down — particularly in high-mix, low-volume environments such as new product introduction (NPI), low-rate initial production (LRIP), and emerging hardware platforms.I focus on solving problems like:Bridging the gap between engineering intent and manufacturing executionRecovering underperforming production systemsReducing complexity and rework in hardware developmentBuilding scalable processes for early-stage and evolving productsMore recently, I’ve been developing digitally driven manufacturing systems that integrate physical workflows with real-time guidance, data capture, and traceability. These systems are designed to improve accuracy, enable rapid reconfiguration, and support mission-critical production environments.My areas of interest include:High-mix, low-volume manufacturingDefense and aerospace production systemsDigital thread and traceabilityAgile and reconfigurable manufacturing platformsIf you’re working on complex hardware systems, manufacturing challenges, or next-generation production approaches, I’m always interested in connecting.

Experience

1. Owner

   Vor Solutions

   Dec 2023 — Present · Seattle, WA, US

   Led manufacturing system improvement and recovery efforts across complex hardware environments across the defense supply base. Key contributions:• Diagnosed and recovered underperforming production systems• Reduced bottlenecks and improved throughput in high-mix manufacturing• Implemented traceability and process control frameworks• Supported NPI and LRIP efforts, enabling faster iteration and reduced disruption• Aligned engineering outputs with manufacturable processesIndependent Development — Digital Manufacturing Systems * Developing a digitally assisted manufacturing platform for complex electrical systems• Focused on real-time routing guidance, rapid reconfiguration, and wire-level traceability• Integrates physical manufacturing environments with software-driven control and data capture• Targeted toward high-mix, low-volume defense and aerospace applications• Low Cost ERP systems development with a manufacturing first mindsetIndependent Development — Materials• Multi-functional urethane systems• Recycled polymer film composites

Education

• Northwestern University

  Doctor of Philosophy - PhD, Materials Science

• Northwestern University

  Bachelor of Science - BS, Materials Science