Advanced Orthoses Design for Infants by Orthotics and Prosthetics Students
On International Volunteer Day, a student team from the Orthotics and Prosthetics department at the University of Social Welfare and Rehabilitation Sciences designed orthoses using modern technologies, such as 3D printing. These orthoses not only prevent deformities and muscle shortening in infants but also adapt to their growth rates.
According to the university’s news reporter, faculty and students from the Orthotics and Prosthetics educational group at USWR implemented a charitable project in honor of International Volunteer Day, aimed at supporting orphaned infants and enhancing their quality of life.
This initiative, carried out with the dedication and collaboration of students and faculty, focused on designing and constructing appropriate orthoses for infants under eight months old. The infants were referred from care centers supervised by the Welfare Organization and required early rehabilitation interventions due to skeletal and muscular issues, neurological problems, and conditions such as cerebral palsy.
Under the guidance of Dr. Farhood Saeed Ershadi, a professor in the field of pediatric orthotics and prosthetics, the student team successfully designed and constructed orthoses that not only prevent deformities and muscle shortening but also accommodate the rapid growth of infants. These orthoses were created using advanced technologies like 3D printing and innovative materials, ensuring comfort and safety for the infants while maintaining clinical applicability.
Early interventions in orthotics and prosthetics, especially for infants and children, play a crucial role in preventing movement disorders and reducing the need for costly surgeries. The design of advanced orthoses not only aids in the rehabilitation of infants but also exemplifies the successful integration of knowledge and professional ethics in service to humanity.
نظر دهید