Amazon Logistics (Middle Mile)
Optimized PLC logic for package sorters, tightening gaps to increase throughput by ~15–20%.
$6–8M annual savings
About
A convergence of the hands-on maker who fabricates a single perfect part and the systems architect who moves a million units with zero defects.
Trusted by
In 2005, I co-founded Predator Cycling with a simple premise: a bicycle should be a biomechanical extension of the athlete. That "Riders First" philosophy forced us to abandon traditional manufacturing cycles in favor of parametric design and simulation. We didn't just build bikes; we built data loops.
That obsession produced the 5D Manufacturing Methodology — a cyclical framework (Design, Develop, Data Log, Drive, Deliver) that enabled Olympic-caliber equipment like "The Major" cockpit and the RF20 road frame.
Recently, those boutique principles moved to global logistics. At Amazon, I re-architected sorter logic to increase package throughput by nearly 20%. At Walmart, I'm pioneering multi-agent orchestration and autonomous robotics for cold-chain distribution.
01
Parametric models driven by live constraints and customer data.
02
Virtual prototyping through CFD, FEA, and digital twin validation.
03
Trace every manufacturing variable into a digital birth certificate.
04
Close the gap between simulation and shop-floor reality.
05
Ship with traceable quality control and logistics feedback.
Optimized PLC logic for package sorters, tightening gaps to increase throughput by ~15–20%.
$6–8M annual savings
Researching AMRs for refrigerated environments and implementing multi-agent orchestration to bridge WMS/WES silos.
Systemic reliability
We are moving beyond simple automation to intelligent optimization. My work with AyoWork explores the manufacturing metaverse — connecting unlinked datasets to create a just-in-time production loop that reacts to market interest before an order is placed.
Explore the AyoWork case study →