Sort by
Refine Your Search
-
Listed
-
Employer
-
Field
-
12 Months, Fixed-Term, Whole-Time Post Position Summary The Energy Policy and Modelling Group is recruiting Post-Doctoral Researcher to grow our research in energy systems modelling, particularly in
-
Researcher (Level 1) in Mathematical Modelling of the Mechanics of Wrinkling Specific Purpose Contract Salary Scale: €45,847 - €52,339 p.a. pro rata (maximum starting salary €48,412 p.a. pro rata) Further
-
19 Months, Fixed-Term, Whole-Time Post Position Summary Applications are invited for the role of a Post Doctoral Researcher - energy systems analyst and modeller. The research project, SHIELD, is
-
. This EU-funded project focuses on the development and validation of novel Hybrid Blue-Green Infrastructure (HBGI) to enhance shoreline resilience, support biodiversity, and integrate ecological and societal
-
activity in inflammatory bowel disease and test the isolates in pre-clinical models. Prior experience with culturing of anaerobic bacteria is essential for this position. Project Title: Characterising
-
for the analysis of nonlinear phenomena in adaptive dynamical networks with applications to restoration ecology. Adaptive dynamical networks are mathematical models of coupled systems where both the systems
-
microbiome profiling, metabolomics, neuroimmunology, and in vivo modeling to uncover novel therapeutic strategies for neurological diseases, including gliomas and neurodevelopmental disorders. As an
-
, Android, iOS) for searching and interacting with cultural heritage data. • Building machine learning models for word-based recognition and processing of Yunnan ethnic minority languages. The researcher will
-
Crohn’s disease. A range of novel biomaterials will be synthesized and used to complex RNA into nanoparticles enabling RNA stability and enhanced efficacy in the hostile gut environment. A range of
-
phenotyping, transcriptomics, proteomics and modelling to identify and functionally characterise perennial ryegrass and white clover molecular regulators mediating growth responses in a future climate. The