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                    Contact our PGCE advisershttps://le.ac.uk/education/study/pgce/contact See contact details for our Primary and Secondary PGCE teams and get in touch if you have any questions about studying for a PGCE at Leicester. 
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                    EDI Wellbeing Programmehttps://le.ac.uk/arts/news/events/edi-wellbeing-programme Find out more about our regular programme of EDI Wellbeing activities 
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                    Student Experience: Campus Studyhttps://le.ac.uk/chemistry/study/undergraduate/student-experience-campus Read about our student's experiences of studying in the School of Chemistry, in their own words! 
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                    Supporting our University communityhttps://le.ac.uk/about/making-a-difference/edi/support Find out more about the support offered to our community, internal and external to the University. 
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                    M.C. Loureirohttps://le.ac.uk/people/marc-loureiro The academic profile of Dr Marc Loureiro, Lecturer at University of Leicester 
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                    Pedagogy Researchhttps://le.ac.uk/school-of-business/research/pedagogy-research Lead: Dr Aaron Toogood Our research group enhances higher education pedagogy, focusing on accounting and finance education through belonging, engagement and professional communities. 
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                    Principles of Bankinghttps://le.ac.uk/modules/2026/af2033 Module code: AF2033 As a result of the global financial crash many inadequate practices in risk management within the banking industry have been bought to light. 
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                    CVshttps://le.ac.uk/career-development-service/applications-and-cvs/cvs Learn how to write a CV and how to best showcase your experiences and skills. 
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                    Medical School privacy noticehttps://le.ac.uk/policies/privacy/students/medical-school Find out more about how your data is handled as an applicant or student of the Medical School at Leicester. 
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                    Researchers make sand that flows uphillhttps://le.ac.uk/news/2023/september/sand-microrollers Paper published in 'Nature Communications' details how applying magnetic forces to individual 'microroller' particles spurs collective motion—with counterintuitive results