Carry out occasional undergraduate supervision, demonstrating or lecturing duties within 0 % own area of expertise, under the direct guidance of a member of departmental academic staff. Any other duties as allocated by the line manager following consultation with the post 5 % holder. Internal and external relationships Direct responsibility to holder of research award or academic supervisor. May have additional reporting and liaison responsibilities to external funding bodies or sponsors. May be asked to serve on a relevant committee, for example research committee. Collaborators/colleagues in other work areas and institutions. Special Requirements To be available to participate in fieldwork as required by the specified research project. To attend national and international conferences for the purpose of disseminating research results. Applications will be considered from candidates who are working towards or nearing completion of a relevant PhD qualification. The title of Research Fellow will be applied upon completion of PhD. Prior to the qualification being awarded the title of Senior Research Assistant will be given. PERSON SPECIFICATION How to be Criteria Essential Desirable assessed Qualifications, PhD or equivalent professional PhD in Electrochemistry, Physical CV, interview, knowledge and qualifications and experience in Chemistry, Computational Materials references experience Chemistry, Physics, Materials Science Design or a related field Knowledge of Density Functional Experience in electrochemistry, Theory, Phase Transition Theory, materials and/or surface science battery science, fuel cells Detailed understanding and Teaching at undergraduate level and knowledge of computational contributing to teaching at chemistry, thermodynamics, postgraduate level materials design Strong interest in predicting phase Proficiency in the application of DFT stability eg by constructing phase within a high performance diagrams and electrocatalytic computing environment linked to properties eg by establishing high-throughput workflows. descriptors of multi-component complex oxides from First Principles. Experience in battery and fuel cell research, experimental and/or Demonstrable understanding of the theoretical, electronic structure of complex and correlated oxides Experience of high-throughput Strong background in materials discovery electrochemistry, materials and/or surface science
Carry out occasional undergraduate supervision, demonstrating or lecturing duties within own area of expertise, under the direct guidance of a member of departmental academic staff. 0 % Any other duties as allocated by the line manager following consultation with the post holder. 5 % Internal and external relationships Direct responsibility to holder of research award or academic supervisor. May have additional reporting and liaison responsibilities to external funding bodies or sponsors. May be asked to serve on a relevant committee, for example research committee. Collaborators/colleagues in other work areas and institutions. Special Requirements To be available to participate in fieldwork as required by the specified research project. To attend national and international conferences for the purpose of disseminating research results. Applications will be considered from candidates who are working towards or nearing completion of a relevant PhD qualification. The title of Research Fellow will be applied upon completion of PhD. Prior to the qualification being awarded the title of Senior Research Assistant will be given. PERSON SPECIFICATION Criteria Essential Desirable How to be assessed Qualifications, knowledge and experience PhD or equivalent professional qualifications and experience in Chemistry, Physics, Materials Science or a related field Experience in electrochemistry, materials and/or surface science Detailed understanding and knowledge of computational chemistry, thermodynamics, materials design Strong interest in predicting phase stability eg by constructing phase diagrams and electrocatalytic properties eg by establishing descriptors of multi-component complex oxides from First Principles. Demonstrable understanding of the electronic structure of complex and correlated oxides Strong background in electrochemistry, materials and/or surface science PhD in Electrochemistry, Physical Chemistry, Computational Materials Design Knowledge of Density Functional Theory, Phase Transition Theory, battery science, fuel cells Teaching at undergraduate level and contributing to teaching at postgraduate level Proficiency in the application of DFT within a high performance computing environment linked to high-throughput workflows. Experience in battery and fuel cell research, experimental and/or theoretical, Experience of high-throughput materials discovery CV, interview, references
0600%20Research%20Fellow_KRAMER.docx