Mathias von Essen

Tampere University of Applied Sciences, Tampere University

Papers

Total Citations

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About

Mathias von Essen is a researcher whose work sits at the critical intersection of software engineering and microrobotics, addressing the often-overlooked challenge of creating flexible, reusable control systems for micro- and nanoscale applications. His primary contributions focus on developing robotic software frameworks and component models that enable convenient software exchange, a key bottleneck in advancing automated handling at these tiny scales. Notably, his work on the automated microrobotic manipulation of paper fiber bonds demonstrates a practical application of his frameworks, combining computer vision and robotic control to handle complex, three-dimensional biological structures. With his most cited papers each garnering around 5–7 citations, von Essen’s impact is foundational, providing the software architecture that allows other researchers to build upon and share components more easily. His achievements highlight the essential role of robust, modular software in pushing the boundaries of automated microassembly and biological sample handling, making him a key figure for students and researchers interested in the software backbone of next-generation microrobotic systems.