Carsten Eschenbaum

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About

Carsten Eschenbaum is a leading figure in the development of printed electronics and flexible sensor technologies, with a particular focus on high-resolution thermal mapping. His most-cited work, "Printed temperature sensor array for high-resolution thermal mapping" (2022, 28 citations), introduces fully-printed temperature sensor arrays on flexible substrates that achieve exceptional spatial-temperature resolution. This innovation holds transformative potential across healthcare, environmental monitoring, and emerging fields like artificial skins for robotics. Eschenbaum’s contributions bridge materials science and device engineering, enabling scalable, low-cost fabrication of sensors that maintain high performance under mechanical deformation. His work is foundational for next-generation wearable and conformable electronics, where precise thermal sensing is critical. By advancing the integration of printed components into flexible systems, Eschenbaum is shaping the future of smart, adaptive interfaces—making his research equally relevant to students exploring printed electronics and engineers seeking practical solutions for real-world thermal monitoring challenges.