Sort by
Refine Your Search
-
Listed
-
Employer
-
Field
-
investigating potential therapies. As part of a collaborative, collegial, and supportive team, you will assist in a project that explores the underlying mechanisms of this condition, working closely with a post
-
) optimisation of a multi-component model of care for bipolar disorder, b) evaluating the use of digital data to improve phenotyping and prediction of mood disorders and c) developing tailored treatments for mood
-
postdoctoral scientists in the team to understand uropathogenic E. coli mechanisms of antibiotic resistance and virulence, and assist with the application of mouse models to study infection. You will provide
-
CO2 injection and storage in basins with complex, multiphase deformation histories; constraining the role of mechanical stratigraphy in the multiscale evolution of fault and fracture systems that can
-
, the role involves hands-on research in understanding and modelling corrosion mechanisms, with a focus on improving sustainability and efficiency in waste asset management across various sectors. Your key
-
on research into novel mechanisms and actuators for optical-fibre positioning systems for future facilities. The successful candidate will have access to fully equipped mechatronics, robotics, optics and
-
. The mechatronics postdoctoral researcher will be involved in the design, development, and delivery of ground-based optical instruments, with an emphasis on research into novel mechanisms and actuators for optical
-
at NHIRI to lead the food development component of multiple nutritional studies aimed at improving the nutritional status of diverse communities. You will leverage 3D food printing and other emerging food
-
for dementia research. This position provides a unique opportunity to develop advanced technical skills while making a meaningful contribution to understanding neurodegenerative disease mechanisms. Join
-
complex, multiphase deformation histories; constraining the role of mechanical stratigraphy in the multiscale evolution of fault and fracture systems that can influence subsurface flow during H2 and CO2