Dr Marcus Dunn is a Senior Research Fellow specialising in the development of applied measurement systems to advance human movement assessment in representative and real-world settings. Marcus works with international sports governing bodies, international sports companies, and healthcare specialists, to create bespoke measurement and feedback solutions. His research addresses human movement and impact dynamics, to advance understanding of injury, performance, and rehabilitation. Finally, Marcus developed three applied measurement science modules for BSc Sport and Exercise Technology (level six lead), leads the MSc Sports Engineering module ‘Applied Measurement in Sports Engineering’, and supervises four PhD students.Key projects:- adidas traction- adidas boot fit- FIFA VOL- Babolat swing

Dr Marcus Dunn is a research fellow at the Centre for Sports Engineering Research. His research focuses on applied measurement techniques and systems (software / hardware development), for biomechanical and performance analysis in representative settings. Marcus has worked with international sports governing bodies, commercial companies and healthcare specialists, to develop bespoke measurement solutions. In addition to research, Marcus leads the MSc Sports Engineering module 'Applied Measurement in Sports Engineering', has developed three applied measurement science modules for BSc Sport and Exercise Technology (levels four, five and six), and supervises several PhD students (DoS x 2, supervisor x 2, advisor x 1).Key projects:- International Tennis Federation (ITF): RallyTrack - a non-invasive single-camera system for tennis player movement and step strategy analysis in competition.- Sheffield Physiotherapy: 3D-Physio - a depth-camera system to capture / visualise 3D body scans. - Fédération internationale de Football Association (FIFA): International Match Standard (IMS) for Wearable Tracking Devices.- FIFA: field-based assessment of Video Assistant Referee offside lines using broadcast TV footage.- British Triathlon: TurboCam - portable system to capture and review training data (power, cadence, heart rate, projected frontal area) using ANT+ turbo trainers, high-speed and depth cameras.- New Balance: automated, non-invasive step strategy analysis of New York 5th Avenue Mile.

Key projects:- National Centre for Sport and Exercise Medicine: SHUCAS - a state-of-the-art technology demonstrator for athletics and physical activity.- Sheffield Teaching Hospitals: Low-cost camera technology for balance assessment.

Video-based step measurement in sport and daily living.Accurate, automated and markerless reconstruction of tennis player feet position / gait parameters, using high-definition video footage of competitive tennis.Examples of work can be viewed here (video: http://youtu.be/uOPzgP6Ar8w) and below.

Current leadership:MSc Sports Engineering • Applied Measurement in Sports Engineering (L7) Previous leadership:MSc Sports Engineering • Measurement Techniques in Sports Engineering and Biomechanics (L7)BSc (Hons) Sport and Exercise Technology • Foundations of Measurement for Sport and Exercise (L4)• Applied Measurement Techniques for Sport and Exercise (L5)• Advanced and Field-based Measurement Techniques for Sport and Exercise (L6)Previous delivery:MSc Sports Engineering • Innovation and Enterprise in Sports Engineering (L7)BSc (Hons) Sport and Exercise Science • Methods of Investigation (L4) • Kinesiology (L4) • Introduction to Functional Anatomy and Biomechanics (L4) • Sport and Exercise Physiology (L5) • Biomechanics, Skill Acquisition and Motor Control (L5)BSc (Hons) Sport Business Management • Research in Sport and Physical Activity (L5)

Strength and conditioning coach to U14’s squad