	Graduated from Northampton School of Podiatry in 1994

	Obtained a PGCert in Sports Science from Manchester Metropolitan University in 1998

	Obtained a MSc in Sports Injuries and Therapy from Manchester Metropolitan University in 2000

	Obtained a CertEd (FE) from Portsmouth University in 2000

	Visiting Lecturer in Podiatric Biomechanics at Southampton University School of Podiatry 1998-2000

	Initially published the unified theory as a method of amalgamating previous podiatric biomechanics theories in 2003

	Clinical Lead Specialist in Podiatric Biomechanics including Orthopaedic Triage before becoming a full time private practitioner in 2004.

	First published the Medial Oblique Shell Inclination (MOSI) as a method of applying supinatory moments to a medially deviated subtalar joint axis in 2008

	Published papers nationally and internationally on subjects including first ray function, taping, outcome studies, orthoses production and foot function theory amalgamation

	Lectures nationally and internationally on a range of podiatric biomechanics subjects.

	Director, The Podiatry and Chiropody Centre Ltd, Cosham, Hants. UK

	Director, The Foot Orthotics Laboratory Ltd, Cosham, Hants. UK

	Research interests: Variations in foot orthoses production and the amalgamation of differing foot theory utilising an underpinning unified perspective.

	Paul was awarded the Fellowship of the College of Podiatrists in Podiatric Medicine in 2010"

	Harradine P D et al: The Medial Oblique Sheel Inclination Technique. A Method to Increase Subtalar Supination Moments in Foot Orthoses. J of the American Podiatric Med Assoc. 2011. 101;6. 523-530.

	Harradine P, Bevan L. A review of the theoretical unified approach to podiatric biomechanics in relation to foot orthoses therapy. Journal of the American Podiatric Medical Association. 2009 Jul-Aug;99(4):317-25.

	Harradine P, Collins S, Webb C, Bevan L. A new method of increasing supinatory moments to a medially deviated subtalar joint axis - The Medial Oblique Shell Inclination. Podiatry Now. Vol 11, No. 3. 2008.

	Harradine P. The Role of plantar pressure foot pressure measurement within podiatry. Podiatry now: Continuing Professional Development Supplement, October. 2006.

	Harradine P, Bevan L, Carter N. An overview of podiatric biomechanics theory and its relation to selected gait dysfunction. Physiotherapy. Volume 92, Issue 2 , June 2006, Pages 122-127.

	Harradine PD. Podiatry: Importance of the Foot. Positive Health Magazine.  Issue 122, April 2006.

	Bevan LS, Harradine PD, Durrant B: The effect of temporary immobilisation of the 1st metatarsophalangeal joint upon in-shoe gait analysis parameters – a preliminary study. British Journal of Podiatry. 7(2); 2004

	Harradine PD, Bevan LJ, Carter N: Podiatric Biomechanics Part 1: Foot based Models. British Journal of Podiatry. 11(1); 2003

	Carter N, Harradine PD, Bevan LJ: Podiatric Biomechanics Part 2. The role of proximal muscle balance. British Journal of Podiatry. 11(2); 2003

	Harradine PD & Jarret J: Podiatric Biomechanics, the efficacy of a service within the N.H.S. The Foot. 11(1):2001

	Harradine PD, Herrington L, Wright R: The effect of low dye taping upon rear foot motion before and after exercise. The Foot. 11(2):2001. p57-61

	Harradine PD &  Bevan LJ: The effect of rearfoot eversion upon maximum hallux dorsiflexion. Journal of the American Podiatric Medicine Association  9(90);2000

	Bevan LJ & Harradine PD: The Assessment of Foot Structure in the Diabetic Foot: An introduction to Podiatric Biomechanics. Diabetes Today. 3(2); 2000.

	Harradine PD: The Experiences of establishing and running a multi-practitioner clinic. Podiatry Now.  8(1); 2005