18 computational-solid-mechanics Postdoctoral research jobs at University of Southern Denmark
Sort by
Refine Your Search
-
Job Description The Department of Molecular Medicine at the University of Southern Denmark is seeking a highly motivated and independent postdoctoral researcher with a background in computational
-
contribute to the teaching activities of the section of Mechanical Engineering by teaching 1-2 courses per semester. You will focus on developing and extending in-house computational codes based on open-source
-
regulatory mechanisms in development and disease and will support Professor Tiwari in smooth running of the laboratory at various levels. The group employs cutting-edge molecular biology, epigenetics and
-
the possibility of extension. The postdoc will lead research on deciphering gene regulatory mechanisms underlying brain development and its disruption in neurodevelopmental disorders. The group addresses these aims
-
at the campus including Centre for Industrial Electronics and Centre for Industrial Mechanics as well as with the industry, which counts world leading companies in growing fields such as e-mobility, automation
-
the center. The center is collaborating closely with other centers on the campus, including the Centre for Industrial Electronics and the Centre for Industrial Mechanics, as well as with the industry, which
-
Danish time. Research Project You will lead a research project with the aim to understand the molecular mechanism that allows the transition zone (TZ), a conserved protein complex with unknown molecular
-
this project, the candidate will develop new computational strategies to identify human genetic variation linked to cell fate changes in neurodevelopmental disorders and cancer. The candidate can use and combine
-
years. Research focus Dr. Sahu's lab investigates the molecular mechanisms underlying aging, with particular emphasis on Senescence-Associated Secretory Phenotype (SASP). Their research explores how SASP
-
tissue, exacerbated by external stimuli such as UV radiation and mechanical stress. Current understanding and therapeutic strategies are limited due to inadequate human model systems capable of replicating