13 Materials Science positions at University of Bath in United Kingdom in United Kingdom
-
About the role In order to maintain our reputation for teaching excellence and to further enhance the academic and employability skills of our students, the Department of Life Sciences is keen to
-
will be expected to prepare and deliver teaching material and assess and mark coursework. The successful applicant will have a proven record of high-quality teaching in chemistry. Applicants will
-
Food Group at the forefront of sustainable technology development. You will join a dynamic team of scientists, engineers and entrepreneurs based across the University of Bath and the Clean Food Group
-
marketing material, and liaise with stakeholders. About you: We are looking for a highly organised individual with excellent customer relations skills, as well as an interest in sustainability. An excellent
-
About the role The Faculty Executive Coordinator provides pro-active and high-level executive support to the Dean/Deputy, Associate Deans and the Director of Administration, taking responsibility for designated areas of work and activities within the Faculty including support to research related...
-
, recycling, non-fossil feedstocks) Sustainable Engineering Materials (composites, built environment) Sustainable Manufacturing (green and sustainable chemistry, digitalisation, process intensification
-
the product Bills of Materials and the introduction of a formal stock management system. Work closely with the Engineering Operations Manager to accurately forecast expenditure in relation to engineering
-
via our website. About you: Our ideal candidate will have: A relevant PhD in chemical engineering, biochemical engineering, process engineering or relevant subject area Exceptional communication skills
-
Do you have experience in the development of cementitious and/or lime based materials for the built environment? The University of Bath in partnership with Alive Labs is looking for a highly
-
A Research Associate position has been created through the funding secured on the 36-month Engineering and Physical Sciences Research Council project: “Towards power efficient microresonator