Shota Umeda
Papers
1
Total Citations
2
H-Index
1
About
Shota Umeda’s research centers on resilient manufacturing systems, with a focus on dynamic production line reconfiguration to mitigate disruptions like equipment failures. His most-cited work, “Dynamic Production Line Re-balancing by Alternative Plans for Compensating Equipment Failures” (2023), addresses the growing need for manufacturing resilience amid social uncertainty and shifting values toward safety and sustainability. Umeda proposes methods to dynamically recombine production resources, enabling lines to adapt in real time without halting operations—a critical contribution to Industry 4.0 and smart factory paradigms. While his citation count is still emerging (2 citations for this key paper), his work is notable for tackling a practical bottleneck in adaptive manufacturing, offering alternative plans that balance efficiency and robustness. This research has implications for reducing downtime and waste, aligning with broader trends in sustainable and agile production. Umeda’s approach exemplifies how real-time data and flexible planning can transform traditional line balancing into a proactive, resilient strategy, making his contributions valuable for engineers and researchers aiming to future-proof manufacturing against unpredictable changes.
Research Focus
Key Achievements
Top Papers
- 1