38 parallel-computing-numerical-methods-"Prof" positions at University of Bath in United Kingdom
Sort by
Refine Your Search
-
the subject area of research methods and physiology. You will join a team of lecturers delivering a suite of units across our Undergraduate and Postgraduate Taught degrees delivering content primarily to students
-
across numerous countries. As the ICCS Administrator, you will play a critical role in supporting the ISC’s operations within the Department of Education, ensuring the seamless delivery of research
-
complex economic issues. You will hold a degree and postgraduate qualification in data science, mathematics, economics, or a related disciplinary field utilising statistics and advanced quantitative methods
-
-analysis methods, and an enthusiasm for working with large datasets, including datasets with linked healthcare data. The successful applicant will need to already have, or be eligible for, accreditation as
-
of children and their parents/carers, liaising with schools and alternative educational settings, and helping to analyse the resulting data using quantitative methods. Previous experience of conducting research
-
Engineering, Materials Science or Physics or extensive R&D experience in industry. Experience with 3D CAD software such as Creo or SolidWorks and technical drafting. Experience in experimental methods and data
-
between university study and supervised placements in NHS mental health settings. You'll be part of a dedicated team, working alongside two other Programme Administrators and a Programme Manager, as
-
About the role: The University Hospitality Department provides catering to students, staff and external customers throughout the academic year and during the summer months. There are numerous
-
About the role We are seeking an expert individual with project management and communication skills to lead our EPSRC UK-HyRES flagship programme, which is led by Professor Chris Brace. This role
-
aerostructures. This postdoctoral research position will develop design and analysis methods for non-standard fibre angle composites for future light-weight aerospace structures, thus realising more fully the