Dr Thilo Pfau
Thilo graduated in Information Technology from the Technical University of Munich. He did a PhD in the field of pattern recognition at the Institute of Human-Machine Communication at Munich, followed by a two-year postdoc at the International Institute of Computer Science, Berkeley, California. He then joined the Structure and Motion Lab at the RVC as a postdoctoral fellow and worked on BBSRC, HBLB and DEFRA funded projects investigating locomotion on compliant limbs, horse-surface interaction and automated lameness detection in dairy cattle.
In 2008 he became a Lecturer in Bio-Engineering in the Department of Veterinary Clinical Sciences and was recently promoted to Senior Lecturer. He is now focusing on applied locomotor biomechanics with an emphasis on objective quantification of movement anomalies. Since being appointed Lecturer he has concentrated on pioneering a multi-sensor GPS-enhanced gait analysis system for field and clinical use. Use of this system has resulted in a number of peer-reviewed articles covering sensor validation (Pfau et al, 2005), lameness assessment (Pfau et al, 2007), back movement in horses (Warner et al, 2010) and horse-jockey interaction (Pfau et al, 2009) to name a few and a growing number of undergraduate student projects that are being brought to publication level (e.g. Brocklehurst et al, 2013, Barstow et al, 2013, Brighton et al, 2013, Arndt et al, 2013, Robertes et al, 2013, Pfau et al, 2012).
Thilo is currently focusing on the use of inertial sensor based technology (as well as traditional kinetics and kinematics) to detect and quantify movement anomalies in animals. This covers a range of tasks and animals with the main emphasis on lameness in horses. He is supported in this undertaking by Fernanda Sepulveda, a postdoctoral researcher running the day to day logistics of an HBLB funded research project in collaboration with Singapore Turf Club and his PhD students (currently Line Greve and Amy Barstow). Thilo enjoys supervising undergraduate student research projects and has an excellent track record bringing these to publication level. He is collaborating with Veterinarians in the Equine and Small Animal Referral Hospital as well as internationally and is heading the Equine Gait Analysis Service providing advanced quantitative gait assessments for the Equine Referral Hospital and the Equine Practice.