Unicohs University College Lusaka

Salary: £42,254 - £43,482 per annum Contractual hours: 37 Basis: Full Time Package: Full details can be found here - https://www.ucb.ac.uk/about-us/work-for-us/rewards-and-benefits/ Job category/type: Professional Services Job reference: REQ000545 Attachments: attachmentSystems, Data & Insights Manager (Alumni, Business & Employer Engagement) - JDPS - May 26.pdf Join University College Birmingham at a pivotal moment as we build a new Business and Employer Engagement team designed to put industry partnerships at the heart of the UCB experience. This new function will drive a step-change in how the University works with employers — connecting businesses with talent, skills, enterprise, innovation and specialist expertise across our academic schools  Whether through placements, apprenticeships, CPD, consultancy, live projects, events, CRM insight or student enterprise, this team will turn UCB’s ‘Putting Knowledge to Work’ strategy into visible impact for students, employers and the wider region. As Systems, Data and Insights Manager, you will build the data and CRM backbone of UCB’s new Business and Employer Engagement function. You will lead the implementation and development of an externally facing CRM system, create dashboards and insight reports, strengthen data quality, and help the team make smarter decisions about employer relationships, pipeline development and performance. This is a high-impact role for someone who can turn systems and data into clear insight, better processes and stronger outcomes. Standard Information UCB is an equal opportunities employer. University College Birmingham is proud to be TEF rated Silver, with a Good Ofsted rating UCB has achieved the Investors in Diversity Bronze Award. You may need to obtain permission to work in the UK if you don’t already have the unrestricted right to work in any role. There are various types of visa which include the right to work. You can check if you need a UK visa using the Government’s online tool and find information about UK visa routes and the eligibility criteria that must be met for each route Work in the UK - GOV.UK (www.gov.uk). All staff are required to prove their right to work in the UK before they start work. All applicants for employment at the University will be expected to undertake an Enhanced Check with the Disclosure and Barring Service prior to commencement. All applicants for employment at the University will be expected to demonstrate an understanding of the principles of Safeguarding and the PREVENT agenda in the context of further and higher education.

Bangor, North Wales Pro Vice-Chancellor Global Engagement Attractive salary and package Job Ref: AQ3550 Bangor University is a distinctive, research-led institution located in North Wales, offering one of the most attractive university settings in the UK, between mountains and sea. It combines academic excellence with a deep commitment to community, culture and global impact. Founded in 1884, the University has built a strong reputation for high-quality teaching, impactful research and an excellent student experience. The University is seeking to appoint an outstanding strategic leader as Pro Vice-Chancellor Global Engagement. A member of the University Executive, the successful candidate will lead the development and delivery of Bangor’s global engagement strategy, playing a central role in shaping its international future. This will include assessing, enhancing and expanding transnational education partnerships, driving international student recruitment across established and emerging markets and exploring new opportunities for growth, including innovative new delivery models. The successful candidate will bring significant senior leadership experience within a complex organisation, with a proven track record of delivering international strategy and building high-value global partnerships. They will demonstrate a deep understanding of global higher education markets and trends, alongside the credibility and influence to operate effectively at the most senior levels. As a highly visible ambassador for the University, they will be an exceptional communicator and relationship builder, capable of inspiring colleagues and representing Bangor on the international stage. This is a rare opportunity to shape the global direction of a university with strong foundations, clear ambition and significant potential to enhance its international impact. For full details please visit www.andersonquigley.com/apply using reference AQ3550. Closing date: Midday, Monday 1 June 2026. Bangor University values the diversity of all our staff and the enrichment this brings to our community. We are committed to an inclusive and supportive environment for all who come to work with us. We aim to take every opportunity to progress equality and diversity and actively encourage applications from candidates who are underrepresented at this level.

The University of Surrey is a global community of ideas and people, dedicated to life-changing education and research. We are ambitious and have a bold vision of what we want to achieve - shaping ourselves into one of the best universities in the world, which we are achieving through the talents and endeavour of every employee. Our culture empowers people to achieve this aim and to collectively and individually make a real difference. The role We are seeking an enthusiastic and creative researcher to join a 3-year research project, The Stellar Chemical Blueprint of the Early Universe, led by Dr Robert Izzard at the University of Surrey in collaboration with Professor Chiaki Kobayashi at the University of Hertfordshire, and funded by STFC. Recent observations with the James Webb Space Telescope have revealed very young galaxies whose chemical compositions are unlike those of galaxies in the local Universe. In particular, some high-redshift, low-metallicity galaxies show nitrogen enhanced by around a factor of ten, with carbon also enhanced in some systems. These discoveries pose a major challenge to current models of stellar evolution, nucleosynthesis and galactic chemical evolution. The project asks a fundamental question: which stars made the first chemical elements observed in the earliest galaxies, and how did they do so quickly enough to explain the JWST data?  The successful candidate will work at the interface of stellar evolution, stellar population nucleosynthesis and galactic chemical evolution. The project will develop new models of low- and zero-metallicity stars, including single stars, binary stars, massive stars, very-massive stars and AGB stars. These models will be used to predict chemical yields, especially of carbon, nitrogen and oxygen, and to test whether they can reproduce the abundance patterns observed in early galaxies. The work will make use of and extend the open-source binary_crapid population-synthesis code, including its MINT interpolation framework. It will also connect stellar-population results to one-dimensional and three-dimensional galactic chemical evolution simulations, allowing direct comparison with JWST galaxies and forthcoming survey data from facilities such as DESI, MOONS and PFS. The science goals of the proposal are to: identify which stellar sources can produce the unusual nitrogen and carbon abundances observed in early JWST galaxies; quantitatively model the chemical yields of low- and zero-metallicity single and binary-star populations; test the roles of AGB stars, massive stars, very-massive stars and binary interactions in early chemical enrichment; incorporate state-of-the-art stellar yields into galactic chemical evolution models; compare model predictions with JWST observations and forthcoming survey data to determine the origin of the elements in the first galaxies. The role will involve: developing new low- and zero-metallicity stellar-evolution grids for use in binary_c; modelling the chemical yields of single and binary-star populations across a wide mass range; investigating whether AGB, massive, very-massive and binary stars can explain the nitrogen and carbon abundances observed in early galaxies; implementing and testing uncertain input physics, including mass loss, nuclear reaction rates and interpolation methods; coupling stellar-population results to galactic chemical evolution models; comparing model predictions with JWST observations of high-redshift galaxies; publishing results in leading journals and presenting the work at national and international meetings; contributing to the BRIDGCE collaboration and to the wider research culture of the Astrophysics Group at Surrey. This is a fixed-term, full-time position for three years, and is planned to start in October 2026. About you You will have: a PhD, or equivalent research experience, in astrophysics, physics or a closely related discipline; experience in computational or data-driven astrophysics; programming experience relevant to scientific research; the ability to develop, run and interpret quantitative models; the ability to communicate research clearly through written work, presentations and collaboration; a track record of research outputs appropriate to career stage; the ability to work both independently and as part of a collaborative research team. We recognise that candidates may come from different research backgrounds. You do not need to have worked previously on every aspect of stellar evolution, binary stars and galactic chemical evolution, but you should be motivated to develop expertise across these areas as part of the project. How to apply Applications should be submitted online via the University of Surrey jobs portal. Please include: a CV, including list of publications; a cover letter explaining your interest in the role and how your experience fits the project; contact details of at least two referees. Interviews are expected to take place in June, either in person or online. Informal enquiries are welcome and should be directed to Dr Robert Izzard at r.izzard@surrey.ac.uk. Further details Job Description