R.H.H. Engelbert

R.H.H. Engelbert is a Professor at Amsterdam University of Applied Sciences specializing in Urban Vitality research. His extensive academic career spans from 1993 to present with 238 research outputs including articles, abstracts, posters, and book chapters. His work bridges clinical practice and research with a strong emphasis on practical applications that improve patient care and outcomes.

Dr. Engelbert's research interests span multiple areas of physical therapy and rehabilitation science. He has made significant contributions to understanding physical activity in pediatric populations, joint hypermobility disorders, and rehabilitation for critically ill patients. His work on conditions like Osteogenesis Imperfecta, Marfan Syndrome, and Loeys-Dietz Syndrome has helped advance clinical approaches for these specialized patient groups. He also investigates physical activity monitoring technologies and their application in clinical settings, with research demonstrating strong collaborative networks across healthcare domains.

His recent publications show a continued focus on pediatric physical therapy, with studies examining physical activity measurement devices, interventions for preterm infants, and physical fitness in children with connective tissue disorders. His research often takes a multidisciplinary approach, combining elements of physiology, clinical practice, and patient-centered outcomes.

• Nomination 'Best free paper presentation price' (2017)
• Paul Helders award (2018)
• Publieksprijs research awards HvA 2017

Dr. Engelbert actively supervises student theses and participates in research projects, including the "Mensen in Beweging" project focused on Urban Vitality. His work has generated five datasets related to physical activity barriers and solutions, particularly focusing on hospital settings and patient recovery. He maintains an active research profile with 32 recorded activities including 14 oral presentations, 13 instances of supervising student theses, and 4 instances of organizing conferences or workshops.

His research on physical activity monitoring technologies represents an innovative approach to quantifying movement in therapeutic settings, with practical applications for improving patient care across multiple healthcare environments.