50 phd-in-architecture-landscape-built-environment Fellowship positions at University of Nottingham
Sort by
Refine Your Search
-
, which means the thesis must be submitted by the role’s starting date) in an appropriate field (e.g. architecture, civil engineering, energy, energy in buildings, community energy). PhD equivalence is
-
properties of vibrational sources in large built-up structures, such as cars or airplanes. We will incorporate data from measurements and implement these sources into large-scale structure-borne sound
-
climate. This position offers the opportunity to work on a UKRI funded project to determine methane emissions from arctic landscapes. The project motivation is that Arctic landscapes are experiencing rapid
-
. This project is sponsored by an industry partner and has set milestones and deliverables. Candidates must hold a PhD (or close to completion) in a relevant field such as brewing science, malting science, yeast
-
/Fellow who can deliver the research whilst helping to manage project delivery. Candidates must hold an appropriate social science degree level qualification and a PhD (or be about to obtain a PhD, which
-
of sterile and infected single and co-cultures of immune and stromal cells, and correlative data analysis including surface characterisation of biomaterials. Candidates must have a PhD submitted (or close
-
basis (36,25 hours/week). What we offer: • A world-class research environment including state of the Raman spectroscopy and machine learning. • A supportive environment for researchers as signatories
-
funded by the Defence Science and Technology Laboratory (DSTL). Areas of focus include the synthesis and nitration of strained caged compounds. Candidates must: Hold a PhD (or be close to completion) in
-
the results of this project. Candidates must possess a good first Degree (or Master's) and PhD (or near competition) in Engineering, Mathematics, Physics, Computer Science, or related disciplines. Your working
-
positions, bonding environments, and their implications for photocatalytic activity. The unique capabilities of the SuperSTEM facility, particularly its ability to combine spectroscopy with atomic-resolution