Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Employer
-
Field
-
researching on improving optical inspection and measurement systems towards higher performance (speed, resolution), robustness and flexibility. We cover the whole data processing chain - from image capture
-
, particularly in the areas of image processing and analysis Contribute to practical courses and teaching in the field of light microscopy Support lab management and administration (e.g. booking platform) This is
-
troubleshooting Carry out independent quality control and routine servicing of instruments; assist with maintenance and repairs Advance imaging methods, particularly in the areas of image processing and analysis
-
projects are brought to the Imaging Core Facility. Our wide range of imaging capabilities, from macroscopy and confocal microscopy to electron microscopy, supports this breadth. You will be part of a team
-
fascinated by science and its rapid progress? Are you intrigued by ever-improving microscopes and the images they provide? Are you passionate about interdisciplinary research? Do you want to contribute your
-
11 Aug 2026 Job Information Organisation/Company Universität für Bodenkultur Research Field Computer science » Modelling tools Environmental science » Natural resources management Technology
-
principles (k-space, pulse sequences, image reconstruction) Prior experience with MRI data analysis or medical image processing Familiarity with deep learning for image segmentation or detection tasks
-
information for robust defect detection and quality control. Within our HVS unit we established a top-notch technology for inline computationally imaging color and photometric information alongside 3D depth
-
expertise in advanced fluorescence imaging (e.g. fluorescence in situ hybridisation), chemical imaging (e.g. stable isotope tracing coupled with NanoSIMS), and meta-omic analyses, as well as extensive
-
microbial symbionts interact with their animal hosts. Applicants should demonstrate expertise in advanced fluorescence imaging (e.g. fluorescence in situ hybridisation), chemical imaging (e.g. stable isotope