Andreas J. Heinrich

Papers

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About

Andreas J. Heinrich is a prominent researcher specializing in terahertz (THz) imaging systems and additive manufacturing technologies for optical applications. His work bridges cutting-edge fabrication techniques with advanced sensing methodologies, positioning him as a significant contributor to applied photonics and non-destructive testing. Heinrich's most influential contribution, "Additive Manufacturing of Optical Components" (2016, 47 citations), explored the expanding potential of 3D printing technologies beyond traditional mechanical applications, demonstrating how additive manufacturing can revolutionize optical component design and production. This work opened new pathways for creating complex optical geometries previously unachievable through conventional methods. In the domain of THz imaging, Heinrich has made substantial strides with his development of tomography systems capable of handling arbitrarily shaped samples (2017, 36 citations), as well as pioneering robotic-based THz imaging platforms for freeform surfaces. The latter work is particularly innovative, combining robotic arm automation with THz sensors to enable adaptive, geometry-aware measurement paths for non-planar objects — a critical advancement for industrial inspection applications. With a research portfolio spanning fabrication innovation and intelligent sensing systems, Heinrich's interdisciplinary approach continues to inspire researchers working at the intersection of manufacturing, optics, and imaging technology.