Joerg Domasche

Papers

Total Citations

H-Index

About

Joerg Domasche is a researcher specializing in semiconductor manufacturing automation, with a particular focus on optimizing robotic systems within complex fabrication environments. His most recognized work centers on the development and application of simulation methodologies to enhance the performance of robot algorithms used in multi-chambered cluster tools — sophisticated equipment central to modern semiconductor fabrication. Domasche's research addresses the real-world challenges faced by semiconductor fabs, including maximizing equipment throughput while managing the growing complexity introduced by dual-armed robots and multi-product processing requirements. His most cited contributions, published in 2005 and 2006, collectively demonstrate the value of simulation-driven approaches when introducing new processing technologies, providing engineers and fab managers with practical tools to optimize performance before costly physical implementation. Together, these works have accumulated approximately 27 citations, reflecting meaningful engagement from the semiconductor engineering and automation research communities. Domasche's work sits at the intersection of industrial robotics, process optimization, and semiconductor manufacturing — a niche but critically important domain given the industry's relentless demand for efficiency gains. His research offers valuable insights for engineers and students seeking to understand how algorithmic and simulation-based thinking can drive tangible improvements in high-stakes manufacturing contexts.