69 evolution "https:" "https:" "https:" "https:" "https:" "UCL" "UCL" research jobs at University College Cork
Sort by
Refine Your Search
-
training scheme completion of PD1 or PD 2 levels in one HEI will normally render that researcher ineligible for appointment at a similar level in another Irish HEI Researcher Career Development Framework
-
) For an information package including further details of the post see https://ore.ucc.ie/ Informal enquiries can be made in confidence to Niamh Kelly, Clinical Research Nurse Manager, Clinical Research Facility Cork
-
will lead the technical development and integration of bottom-up, organisation-level decarbonisation models for energy-intensive industrial sectors, with a particular emphasis on Chemicals, Steel, and
-
training scheme completion of PD1 or PD 2 levels in one HEI will normally render that researcher ineligible for appointment at a similar level in another Irish HEIResearcher Career Development Framework
-
groups; and use systematic consensus methods such as e-Delphi, nominal group technique, and consensus development conferences. Through the development and adoption of standard intervention reporting
-
ineligible for appointment at a similar level in another Irish HEI Researcher Career Development Framework | Irish Universities Association Project Title: Process for the agglomeration of plastics. Post
-
experience in designing, conducting, and analysing qualitative research to work on a project exploring the application of patient-engagement approaches to support drug development research. The successful
-
. The successful candidate will lead the technical development and validation of equipment-level FDD and preventative maintenance methods, leveraging digital twins, data analytics, and reliability engineering. In
-
approaches to support drug development research. The successful candidate will work as part of a multidisciplinary project team including pharmacists and social scientists. The successful candidate will be
-
are sought from PhD graduates with experience in synthetic organic chemistry to undertake an exciting research project in the development of novel synthetic methodology to access conformationally constrained