71 computational-physics-"https:"-"https:"-"https:"-"https:"-"L2CM" uni jobs at University of Greenwich
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. The developments will focus on improving accuracy and efficiency of the computational approach when applied to PDEs describing a range of material systems revealing multi-physics behaviour, such as chemo-mechanical
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work as part of a large team alongside Librarians, Academic Skills Tutors, and a Digital Skills Developer to deliver a rich and varied programme of digital, information and academic skills training both
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School of Computing & Mathematical Sciences Location: Greenwich Campus Salary: £69,488 to £82,935 plus £4228 London weighting pro rata per annum Part Time Hours: 0.4 Contract Type: Permanent
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contributing to the delivery of a strategically aligned programme of academic development CPD. The programme will contribute to our flagship Curriculum Shape project, by offering post-validation support to
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the curriculum, working with the Curriculum Shape team and the Academic & Digital Skills team to provide both asynchronous and synchronous guidance and resources for programme teams. Contribute to the development
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Digital Programme Management Office Location: Greenwich Campus Salary: £46,049 to £56,535 plus £5476 London weighting per annum Contract Type: Permanent Release Date: Thursday 02 April 2026
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‑education fundraising, with scope to take on new responsibilities as the programme expands. What you will do Manage and develop a dynamic portfolio of prospective major donors, working toward securing five
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@ Greenwich' programme whilst supporting our environmental management system (to ISO14001 standards) and climate resiliency action plan. You will manage our sustainable labs self-accreditation (LEAF) and be
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postgraduate (PG) adult nursing programme in its portfolio and are looking to appoint an experienced adult nursing educator/s. The Post The post holder/s will work with our adult nursing team and employers
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the M3 4Impact expansion programme. A key part of this role of this will be supporting researchers to get the best out of the University’s High Performance Computing (HPC) environment, assisting