Department of Education

Abdul Karim Ismail

Doctoral Student

College Affiliation: St Antony's College

Abdul Karim has completed a Bachelor of Science in Bioengineering and Computational Medicine (Imperial College London), a Bachelor of Medicine and Bachelor of Surgery (Queen Mary University of London), and Master of Science in the Philosophy of Science and Economics (The London School of Economics).

He has delivered lectures on the Philosophy of Human Nature and the History of Metaethics at the University of Cambridge and for Health Education East Midlands. This, in addition to the current positions he holds as a Hospital Doctor and Health Policy and Management Advisor at the University Hospitals of Leicester NHS Trust.

Abdul Karim’s current areas of interest include the biological definition of psychological states relevant to the learning environment, and the influence of language on the variable interpretation of a particular social context. For the latter of which he has published primary research.

Another is the appraisal and deployment of physiological measurement devices in learning environments as a means of quantitatively evaluating psychological states. Such research areas hold promise in enhancing the questionnaire-based evidences of contemporary theories in education, such as those regarding motivation, self-determination and engagement. This will to contribute to the evidence-based public policy optimisation in education and social care.

 

Publications

Ismail, A.K. 2017. A Cross Sectional Study to Explore the Effect of the Linguistic Origin and Evolution of a Language on Patient Interpretation of Haematological Cancers. Advances in Biological Research. 11 (4): 225-232.

Ismail, A.K. 2017. The Origin of the Arabic Medical Term for Cancer. Advances in Biological Research. 11 (4): 198-201.

Ismail, A.K. 2018. The Impact of da Vinci’s Anatomical Drawings and Calculations on Foundation of Orthopaedics. Advances in Biological Research. 12 (1): 26-30.

Thesis

Quantitative Assessment of Student Psychological States using Physiological Measurement Devices

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