20 molecular-dynamics-simulation Fellowship positions at The University of Queensland
Sort by
Refine Your Search
-
quantum sensors for the purpose of reconstructing faithful representations of muscle activity and dynamics of the body. The successful applicant will have experience in running and self-managing experiments
-
The School of Chemistry and Molecular Biosciences The Centre for Organic Photonics & Electronics (COPE) Full-time, fixed-term position until 31 December 2026. Base salary will be in the range
-
edge molecular biology (sequencing and epigenetics) and bioinformatics. As a research focused academic at Level A, you will be supported and guided by more senior academic research staff with
-
discipline. An emerging profile in research in demography or a cognate area including statistical modelling of population process and dynamics. Evidence of publications in reputed refereed journals and
-
Institute for Molecular Bioscience Full-time (100%), fixed-term position from May 2025 to December 2028 Base salary will be in the range $80,448.78 - $107,104.10 + 17% Superannuation (Academic Level
-
Institute for Molecular Bioscience Full-time (100%), fixed-term position for up to 2 years Base salary will be in the range $80,448.78 - $107,104.10 + 17% Superannuation (Academic Level A) Based at
-
, population-level empirical tests, and simulation modelling to explore the evolutionary roles of nutrition, reproductive investment, sexual conflict, and competition in the development of Semel parity in males
-
on site/WFH options and flexible start/finish times, and genuine career progression opportunities via the academic promotions process. About You PhD in microbiology, immunology, molecular biology or related
-
Bioinformatics. The role focuses on exploring brain development and function from developmental and comparative perspectives, integrating molecular biology, advanced imaging, and genomics/transcriptomics
-
at the UQ Bose-Einstein Condensation Lab on a new ARC Discovery Project exploring quantum turbulence and vortex matter simulation. The project focuses on using highly controlled optical trapping of Bose