Organized Around Outcomes: How to Scale Complex Hardware Without Silos | The Factory Doctor

Podcast Spotlights​

 

​When companies are trying to scale complex hardware, the work can easily be split into separate lanes: engineering, production, supply chain, quality, sales, and operations. Each team has its own tasks, its own constraints, and its own way of measuring progress.

 

Keith Flynn’s point is that speed comes from organizing those teams around the outcome they are trying to deliver, not just the work sitting in front of them. They are the ones who organize teams around outcomes, give people clarity on the result they are trying to achieve, and build the systems that help them get there.

 

Keith currently serves as Senior Vice President of Production at Anduril, where he helps scale advanced defense manufacturing for a new generation of hardware systems. He brings more than 20 years of experience across manufacturing, engineering, robotics, automotive, and new product launches, including leadership roles at Tesla, Starsky Robotics, and Toyota.

 

What You’ll Discover In This Episode

 

- The relationship between speed, risk, and execution in modern manufacturing

- Why outcome-driven teams move faster than task-based organizations

- How Anduril thinks about production as part of the product from day one

- Why software-defined capability changes how defense hardware can be built

- Connecting engineering, supply chain, production, and quality with digital tools

- When stable demand becomes a powerful tool for rebuilding industrial capacity

 

 

Guest Bio

 

Keith Flynn is the Senior Vice President of Production at Anduril. He brings more than 20 years of experience in manufacturing and engineering, with deep expertise in developing and scaling innovative hardware systems across the automotive, robotics, and defense sectors. Before Anduril, he held leadership roles at Tesla across engineering, operations, research and development, new products, automation, and technologies. He also led the hardware engineering organization at autonomous trucking startup Starsky Robotics, and earlier in his career, supported new vehicle launches and manufacturing at Toyota.