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Franz Stoll
Franz Stoll

Franz Stoll

5th-year Ph.D. candidate
Purdue University
Bio
Franz is a 5th-year Ph.D. candidate at Purdue University, dedicated to bridging the gap between academic research and real-world industry challenges. He has worked with Amazon as a Research Scientist and Applied Scientist intern, applying cutting-edge research to optimize operations across fulfillment centers, sort centers, and air hub facilities. His work focuses on logistics challenges such as package sortation, containerization, and labor-intensive tasks. Currently, his research focuses on applying hybrid modeling techniques that integrate AI, explainable AI (XAI), and resource cross-training with optimization methods to leverage historical industry data. His work accelerates learning curves and enables faster, more dynamic decision-making. He also holds a pending patent for an integrated system deployed across 1,900+ Amazon warehouses, reinforcing his commitment to scalable, high-impact research.

Automating Safety Compliance in Dock and Loading Operations with Computer Vision

Warehouse dock and trailer loading operations carry safety risks for employees, such as improperly secured loads that may cause accidents during handling. Further, non-compliance to safety protocols can also lead to significant throughput reduction. Ensuring adherence to Standard Operating Procedures (SOPs) is challenging, especially without feedback mechanisms. Measuring individual performance or identifying safety violations is often difficult, as existing techniques can be intrusive, interfere with the human-machine interface, or rely heavily on subjective evaluation.We present novel computer vision (CV) techniques to identify trailer loading strap settings during loading operations, comparing them against SOPs. We validate compliance, establish a feedback loop, and prevent truck departures with non-compliant loads.With an 85% success rate in detecting non-compliant trailers and a 1.7% false detection rate, the model is robust against poor-quality images and determinines the minimum dataset size for reliable results. Deployed at 1,900+ Amazon sites, the CV model enhances safety and operational efficiency.

Professional / Leadership