Papers
12
Total Citations
276
H-Index
7
About
Zbigniew Banaszak is a prominent researcher whose work spans manufacturing systems engineering, robotics, and intelligent automation, with a career stretching from foundational theoretical contributions in the early 1990s to cutting-edge industry applications today. His early work on Petri Net-based performance evaluation and cyclic system modeling established rigorous analytical frameworks for understanding concurrent manufacturing processes, laying groundwork that continues to influence the field. Banaszak rose to broader prominence through his highly cited contributions to adaptive manufacturing environments, including a landmark 2015 methodology for mobile robot implementation (99 citations) and sophisticated metaheuristic approaches to robotic assembly line balancing (72 citations), demonstrating his ability to bridge theoretical rigor with practical industrial challenges. His research on automated guided vehicles, multimodal scheduling under fuzzy constraints, and fault-tolerant control reflects a sustained commitment to solving real-world production complexity. More recently, Banaszak has expanded his scope to encompass digital transformation, with notable work on Robotic Process Automation in supply chains. Across his career, his cumulative citation record underscores growing global relevance, making his publications essential reading for researchers and practitioners pursuing intelligent, resilient, and automated manufacturing solutions.
Research Focus
Key Achievements
Top Papers
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- 4Material supply scheduling in a ubiquitous manufacturing system25 citations · 2016
- 5Performance Evaluation for Concurrent Processing in Cyclic Systems11 citations · 1995
- 6Modeling of Manufacturing Systems10 citations · 1994
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