Assistant Professor in Nuclear Physics (Research and Education) - School of

at  University of Birmingham

POSITION DETAILS

School of Physics and Astronomy
Location: University of Birmingham, Edgbaston, Birmingham UK
As this vacancy has limited funding the maximum salary that can be offered is Grade 8, salary £55,295
Full Time, Permanent
Closing date: 1st April 2025
UK and International travel may be required for this role
Academic Development Programme - new Assistant Professors will undertake a 5-year development programme, at the end of which they are expected to be promoted to Associate Professor. The programme consists of a variety of development opportunities and the time to reflect and develop.

EDUCATION

Using a variety of methods in teaching and advising individuals and groups of undergraduates, postgraduates, or CPD students, including (as appropriate):

• teaching and examining courses at a range of levels;
• planning and reviewing your own teaching approaches and encouraging others to do the same;
• designing contemporary, inclusive, engaging and academically challenging curriculum content;
• working collaboratively with colleagues to design and deliver teaching, learning and assessment;
• using digital resources/environments effectively to support learning and assessment;
• developing programme proposals and making substantial contributions to the design of teaching programmes more widely;
• where appropriate, undertaking and developing the full range of responsibilities in relation to supervision, marking and examining;
• developing and advising others on learning and teaching tasks and methods;
• developing and making substantial contributions to knowledge transfer, enterprise, business engagement, public engagement activities or similar on own specialism that enhances the student experience or employability and which benefits the College and University;
• devising and supervising projects, student dissertations and practical work.

ROLE SUMMARY

You will contribute to a range of research, teaching and administration. In addition you will be expected to demonstrate academic citizenship, developing and maintaining generous, mutually respectful and supportive working relationships with all staff and students, and ensuring the way you carry out your role impacts positively on how others can carry out theirs.
Teaching is likely to include a substantial contribution to: (a) the management, development (including programme/module review) and delivery of teaching and assessment; and (b) enhancement of the student experience or employability. The role will typically also involve developing and advising others, including: (a) providing expert advice to staff and students, (b) supervising and examining PhD students, and (c) developing and advising others on learning and teaching tasks and methods.
Research is likely to involve initiating, conducting and disseminating original research. Your research will have measurable outcomes reflect in your growing national (and ideally international) reputation.
Management and administration is likely to involve contributions at Departmental and School level, and/or making an important contribution to some managerial/leadership activities (e.g. working groups) within the University. This may include developing and making substantial contributions to knowledge transfer, enterprise, business engagement, public engagement, widening participation, schools outreach, or similar activities at Department/School level or further within the University.

Role specifications include the following:

• PhD in Nuclear Physics.
• Strong background in nuclear science.
• Background in accelerator-based measurements and instrumentation applicable to applied nuclear physics studies or neutron-based measurements.
• An understanding of nuclear interactions and experience in planning and implementing accelerator-based measurements, including Monte-Carlo simulations, reaction calculations, spectroscopy (i.e. charged particle, gamma or neutron detection), and awareness of material activation mechanisms and radioactive waste minimisation.
• Evidence of effectively engaging with academic and wider user communities.
• Demonstrated publication and scientific track record in a field relevant to the Applied Nuclear Physics