Eli Lilly and Purdue Bridge Academic Research with Real-World Manufacturing Robot Deployments

Eli Lilly and Purdue University are presenting their partnership findings on how factory workers perceive and interact with autonomous robots in live production environments. The collaboration conducted human-robot interaction studies alongside operating automated guided vehicles on an actual manufacturing floor, bridging the gap between academic research and industrial application. The researchers developed a repeatable playbook for future academia-industry robotics partnerships.

The partnership between Eli Lilly and Purdue addresses a persistent gap in robotics research: findings generated in controlled academic settings often fail to translate meaningfully when robots operate in actual factory conditions. By conducting their human-robot interaction studies directly within Eli Lilly's working pharmaceutical manufacturing environment alongside operational automated guided vehicles, the researchers generated insights grounded in real-world complexity. This approach proved challenging logistically, which explains why most university-industry collaborations in robotics remain preliminary.

The team documented how manufacturing and warehouse staff actually perceive and work alongside robots in production settings, then documented their methodology to enable future partnerships to replicate this model. Both researchers bring complementary expertise—Yousuf's background spans robot deployment and safety standards across multiple automation technologies, while Ostrowski's training emphasizes participatory design and equitable technology implementation in industrial contexts.