Are you excited by developing novel computational imaging methods that move from research into real-world use? Join our interdisciplinary team as a postdoc to develop advanced image reconstruction algorithms for a novel robotic computed tomography system that will transform how natural history collections are digitized and studied. You will have the opportunity to conduct high-impact research in computational imaging and AI, contribute to widely used open-source software, collaborate with leading researchers in physics and natural history, and publish your work while helping build technology with lasting scientific impact. We are looking for a highly motivated early-career researcher in advanced image reconstruction methods to join our imaging research group and project “Natural Heritage 3D”. This collaborative project between Visual Computing @ DTU Compute, DTU Physics, Copenhagen University, and the Natural History Museum aims to develop a fully automated robotic computed tomography system along with computational methods to enable 3D digitization of large collections of natural history specimens.
Plus d’informations :
[Website Technical University of Denmark]