Nanotechnology Community
HomeThe SocietyNano HubMembershipBenefitsHow Are Fellows Elected?For Reviewers

RA in Cement Clinkering

Job Reference Number: UOS031360


Job Title: RA in Cement Clinkering


Contract Type: Fixed-term until 31 May 2025


Working Pattern: Full time


Faculty: Faculty of Engineering


Department: Department of Materials Science and Engineering


Salary: Grade 7
£32,344 - £37,467 per annum


Closing Date: 9th February 2022


Summary:


You will work in a well-connected team with world-leading reputations in the Department of Materials Science and


Engineering. We are well known internationally for our research and are one of the largest research groups in Cements in the


UK. You will use your expertise in cement/clinker processing and characterisation to ensure the reputation of the University


in sustainable manufacturing.


The overarching aim of this research project is understanding the formation and solid solutions of calcium [alumino] ferrites


alone and in cement clinkers. The outcomes intend to enable industrial manufacturing of fast-reacting iron-rich Portland


cement (and other) clinker from Fe-rich side streams such as steel slags.


You will be experienced in thermochemistry, cement clinkering, inorganic materials characterisation, and writing of


scientific/technical publications and reports. You will contribute to the University’s commitment of producing high-quality


research and innovation that drives sustainability and functionality of human built environment.


Your role involves high-temperature synthesis of monophase and polyphase clinkers with different heating and cooling


regimes, followed by phase assemblage and microstructure characterisation to deliver the optimal clinker composition


required for the best hydration characteristics. Furthermore, you well develop thermodynamic descriptions of calcium


ferrites and ferritic clinkers, also incorporating minor elements. Furthermore, you will produce material that will be used by


colleagues to deconvolute local-/nano-structure as well as to build a database of electromagnetic properties of calcium


ferrites.


You may be expected to travel to carry out some experiments and modelling nationally as well as internationally. The project


involves industrial partners, and you must be willing to engage with them. You will contribute to organise group meetings and


conduct public engagement activities. It is also anticipated that you will assist in supporting the management of the research


group, for example, by co-supervision of research students.


The Department of Materials Science & Engineering (MSE) of the University of Sheffield is a globally leading research centre


in the innovation and development of materials to resolve global challenges. This position is part of the FeRICH project.


Candidates should hold or be close to completion of a PhD (or have equivalent experience) in materials science, chemistry,


chemical engineering, or another relevant discipline, with a good first degree (or equivalent experience).


The position is offered as a fixed term appointment, with an end date of 31 October 2025, and with a target start date of 1st of


May 2022 (or as soon as possible thereafter). It is planned that interviews and other selection action will be held in February


2022 in Sheffield or remotely. Full details will be provided to invited candidates.


We are one of the best not-for-profit organisations to work for in the UK. The University’s Total Reward Package includes a


competitive salary, a generous Pension Scheme and annual leave entitlement, as well as access to a range of learning and


development courses to support your personal and professional development.


We build teams of people from different heritages and lifestyles from across the world, whose talent and contributions


complement each other to greatest effect. We believe diversity in all its forms delivers greater impact through research,


teaching and student experience.


Apply for this Job
The Society
Our Mission
Fellowships
Nano Hub