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shear forces and moments. This project will extend existing theories to include these effects, using geometric, combinatorial, and symmetry-based methods, alongside homological methods from algebraic
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computational problem solving and software design skills. Additional duties include: supporting marking and assessment of coursework, contributing to curriculum development where appropriate, supporting students
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research community. We invite applications from experienced and enthusiastic individuals in the field, who have already attained a PhD in a highly relevant field of study. You must be able to demonstrate a
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05 June 2026 to visit the campus and meet our team, followed by a formal interview. Lancaster Arts will arrange and pay for accommodation on campus for the evening. Shortlisted candidates will need
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an NCSC Certified Master’s Degree. SCC is committed to excellent research-led and problem focused student learning and offers a range of degrees, including Computer Science, Cyber Security, Software
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teaching at University level with experience of teaching on a range of cyber-security related courses. The ideal candidate will have strong programming, systems and computational problem solving and software
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hold a PhD in a relevant field, having a background in preclinical translational neuroscience, brain imaging approaches and behavioural techniques. You should have experience of working with mouse models
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works, for whom, and in what contexts. You will have a strong background in mental health research and a PhD in a related discipline (or equivalent experience). Knowledge of clinical trial methodology and
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collaborative work with national (University of Manchester) and international (University of Regensburg, Forschungszentrum Jülich, Free University of Berlin) partners. Successful candidates will hold a PhD in
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changes in a fast-paced and dynamic environment. You should also have experience of working as a Business Analyst within a software development team. The position is primarily based at Lancaster