Sort by
Refine Your Search
-
Do you want to be involved with a next-generation skills, training, research, and innovation programme? Are you passionate about equipping companies with the right frontier technology tools and
-
to transform the delivery of technology services. This work includes routine operations within DDaT, the Data Project, Digital Transformation Programme (DTP) and DDaT project portfolio. The Procurement
-
motivated and organized Research Associate with a background in science and/or engineering and ideally be perusing research at PhD level or above. The aim of this Accelerated Knowledge Transfer (AKT) is to
-
journey. A key part of this is to transform the delivery of technology services. This work includes routine operations within DDaT, the Data Project, Digital Transformation Programme (DTP) and DDaT project
-
standard of customer service. A current driving licence is essential to this role. Previous experience of using email and finance/stock computer software would be an advantage. During term time the role is
-
motivated and organized Research Associate with a background in science and/or engineering and ideally be perusing research at PhD level or above. The aim of this Accelerated Knowledge Transfer (AKT) is to
-
of Bath. The AAPS CDT is a Centre for Doctoral Training that provides a stimulating and supportive PhD training programme for postgraduate students who want to pioneer and shape the transition to clean
-
We invite applications for a 3 month research assistant position to develop optical fibre for photonic quantum technologies. The post is funded by an industrially-led collaboration between 14 universities and a variety of companies across the UK. About the role Working closely with project...
-
The University of Bath in partnership with Architen Landrell Manufacturing Ltd are seeking a skilled and highly motivated researcher with a science and /or engineering background. Familiarity with
-
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