Wire harness manufacturing is facing rising complexity, tighter timelines, and zero tolerance for errors, yet many teams still rely on physical formboards and manual interpretation on the shop floor. In this webinar, we’ll explore how manufacturers are digitizing wire harness manufacturing execution, replacing guesswork with guided, real-time build instructions driven directly from design data.
Overview
Wire harness manufacturing is facing rising complexity, tighter timelines, and zero tolerance for errors, yet many teams still rely on physical formboards and manual interpretation on the shop floor. In this webinar, we’ll explore how manufacturers are digitizing wire harness manufacturing execution, replacing guesswork with guided, real-time build instructions driven directly from design data.
We’ll examine where errors typically occur, why they’re often discovered too late, and how leading teams are shifting quality upstream during the build process. Attendees will learn how digital execution reduces training time, minimizes reliance on tribal knowledge, and enables consistent, scalable harness production.
Learn more here!
Key Takeaways
- Discover why physical formboards and manual drawings no longer scale for modern harness manufacturing
- Understand where wire harness manufacturing errors really originate—and how to prevent them earlier
- Learn how guided, digital execution reduces rework during the build
- Explore how manufacturers dramatically shorten training and ramp time for new technicians
- Learn how to increase throughput without increasing labor dependency
Speaker
Chris Stubel is an experienced electrical hardware design and systems engineer with over a decade of hands-on experience developing and integrating complex engineering solutions across technology and aerospace-related sectors. With a strong foundation in electrical hardware design, he has spent his career applying analytical rigor and technical expertise to bring innovative products from concept through to delivery.
In his current role as an Application Engineer at Re:Build Cadonix, Stubel focuses on bridging technical strategy and practical implementation, working collaboratively with cross-functional teams to solve challenging engineering problems and support the development of cutting-edge hardware platforms. His work emphasizes design efficiency, system reliability, and thoughtful integration of hardware and software elements to meet demanding performance requirements.
Stubel’s professional journey reflects a passion for engineering excellence and continuous improvement. He draws on years of experience to mentor teams, refine processes, and champion innovative solutions that drive real-world impact. He holds a degree in electrical or related engineering and remains committed to lifelong learning and industry leadership in hardware engineering disciplines.