A 4-session virtual series exploring the tight linkage between a healthy product development system and manufacturing excellence.
When product development stumbles, manufacturing pays the price — in rework, delays, and costs that should never have existed. This free virtual series is designed for manufacturing leaders, operations professionals, engineers, and product developers in the Seattle and Pacific Northwest — and beyond. As a virtual series, it is open to participants across the global AME and LPPDE communities.
Hear from industry veterans bringing lived experience from Toyota, Boeing, Kimberly-Clark, and Hewlett-Packard — and the hard lessons learned when what isn't discovered in development gets paid for on the manufacturing floor.
Interactive PanelAn interactive overview of Lean Product and Process Development. Introduces models that integrate lean principles into development and explores how they directly address the challenges surfaced in Session 1.
Interactive OverviewReal results from the real world. A practitioner case study showcases speed under pressure; an executive case study demonstrates how lean PD principles drove transformational business performance — including the Harley-Davidson story.
Case StudiesFive world-class executives convene for a candid conversation about what it truly takes to connect product development excellence to business results. Closes with a structured challenge: What will you do this week?
Executive PanelEverything covered in the first three sessions — the pain, the principles, the proof — has been building to this. Five world-class executives step forward to answer the question: So, how do we do it?
Globally recognized pioneer of lean product development in western business. As Director of Product Development at Harley-Davidson achieved 50% reduction in lead time and 4× throughput. Shingo Prize recipient and author.
30+ years advising 300+ organizations — from C-suite to front line — including Harley-Davidson, Intel, Amazon, Crayola, and Whirlpool. Co-founder of the Lean Learning Center and former Corporate VP at Qorvo.
25+ years in lean enterprise transformation across product development, engineering, and manufacturing. Former LEI faculty; career built under Toyota mentors at Chrysler, Delphi, and Pall/Danaher.
Chemical engineer with deep expertise in Lean 3P concurrent product and process design. Built his lean foundation as Senior Director of Engineering at Siemens Healthcare Diagnostics before founding Lean 3P Associates.
Served as Senior Vice President and Chief Technology Officer at A.O. Smith for over 30 years, overseeing R&D and engineering across the company's global water technology portfolio. Holds a PhD in Materials Engineering from the University of Wisconsin–Madison.
Understand precisely how decisions made upstream in product development ripple through to manufacturing cost, quality, and speed.
Whether you lead product development, engineering, operations, or a manufacturing plant — if decisions made in your organization affect what gets built and how, this series is for you.
Every session is designed to leave you with practical insights and specific steps you can take back to your organization immediately.
Connect with peers across the Seattle and Pacific Northwest manufacturing community and the global AME and LPPDE networks.
Shingo Prize recipients, published authors, and C-suite executives who've led lean transformations at iconic companies.
This series is your on-ramp to the LPPDE North American Conference in Seattle — the premier LPPD knowledge exchange event.
This virtual series is your on-ramp to the premier lean product development knowledge exchange in North America. The LPPDE North American Conference — "Machinery of Innovation" — comes to Seattle in late September 2026. Register for the virtual series and be the first to receive conference details and early registration access.
Open to manufacturing leaders, product developers, operations managers, and engineers across the Seattle and Pacific Northwest region — and the global AME and LPPDE communities.