School of Computing and Mathematics
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- Dr David Bedford
Dr David Bedford
|Title:||Third Year Tutor in Mathematics|
|Location:||MacKay Building Room 2.34|
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My first degree was in Mathematics and Economics from Surrey University. I then gained an MA in Economics from Essex University before coming to my senses and studying for a PhD in Mathematics back at Surrey. My research centred on using algebraic structures, such as groups, loops and neofields, to construct Latin squares with properties useful in the construction of experimental designs, error-correcting codes and cryptography (but don't tell anyone). Two years into my PhD I took up a lectureship in Statistics and Operational Research at Essex University but my real interest was always in pure mathematics and I came to Keele, following the retirement of Hans Liebeck, as a lecturer in Pure Mathematics in 1992. Since then I have continued my research and am interested in almost any area of mathematics that does not involve differential equations.
Much of my recent work has been in the area of Mathematics Education. I am an Associate of the Further Maths Support Programme, an examiner for OCR and a member of the Further Mathematics Support Programme Advisory Panel.
I am a member of the steering group of the Stoke-on-Trent Mathematics Excellence Partnership which aims to recruit, train and develop the best Maths teachers for Stoke schools.
My main area of research is in the application of algebraic structures, such as groups, quasigroups and neofields, to the construction of combinatorial designs in general and Latin squares in particular. I am currently working on comnjectures surrounding the number of transversals in the Cayley tables of groups
Full Publications List show
Products of uniquely completable partial latin squares. UTILITAS MATHEMATICA, vol. 58, 195-201. link>2000.
New and old values for maximal MOLS(n). ARS COMBINATORIA, vol. 54, 255-258. link>2000.
Enumeration of transversals in the Cayley tables of the non-cyclic groups of order 8. DISCRETE MATHEMATICS, vol. 197(1-3), 77-81. link>1999.
MAT-10039: Calculus I
MAT-20032: Introduction to Mathematics Education
MAT-30001: Graph Theory
MAT-40007: Combinatorial Designs
Third Year Tutor Team
EC Panel Chair