ISTKA-POMER: Health Tourism Infrastructure in Prosthetics & Orthotics
Researcher | 2015–2016
A collaborative project aimed at strengthening the health tourism infrastructure in prosthetics and orthotics through the design of innovative assistive devices, clinical protocol development, and capacity building for international rehabilitation services.
TÜBİTAK-2209: Hand Anthropometry and Prediction of Musculoskeletal Hand Problems
Principal Investigator
This project focused on establishing a comprehensive anthropometric database of the hand to predict susceptibility to musculoskeletal disorders in various populations. The study involved the development of predictive models to identify risk factors and guide preventive rehabilitation strategies.
Researcher | 2015–2016
A collaborative project aimed at strengthening the health tourism infrastructure in prosthetics and orthotics through the design of innovative assistive devices, clinical protocol development, and capacity building for international rehabilitation services.
TÜBİTAK-2209: Hand Anthropometry and Prediction of Musculoskeletal Hand Problems
Principal Investigator
This project focused on establishing a comprehensive anthropometric database of the hand to predict susceptibility to musculoskeletal disorders in various populations. The study involved the development of predictive models to identify risk factors and guide preventive rehabilitation strategies.
Doctoral Research Project: Mobilization with Movement in Rheumatoid Arthritis
Ph.D. Dissertation Project | 2021–2025
Investigated the acute and long-term effects of passive joint mobilization techniques on hand reaction time, proprioception, and functional performance in individuals with rheumatoid arthritis. The study provided evidence for optimizing mobilization-based rehabilitation protocols and introduced novel assessment approaches using digital health tools.
AI-Assisted Custom Insole Production
Scientific Research Project Supported by Higher Education Institutions – Researcher | 2025–2027
This project focuses on the design and production of custom insoles using artificial intelligence (AI). By integrating machine learning algorithms with 3D scanning and 3D printing technologies, it aims to develop personalized orthotic solutions that improve gait performance, alleviate pain, and prevent musculoskeletal complications.
Ph.D. Dissertation Project | 2021–2025
Investigated the acute and long-term effects of passive joint mobilization techniques on hand reaction time, proprioception, and functional performance in individuals with rheumatoid arthritis. The study provided evidence for optimizing mobilization-based rehabilitation protocols and introduced novel assessment approaches using digital health tools.
AI-Assisted Custom Insole Production
Scientific Research Project Supported by Higher Education Institutions – Researcher | 2025–2027
This project focuses on the design and production of custom insoles using artificial intelligence (AI). By integrating machine learning algorithms with 3D scanning and 3D printing technologies, it aims to develop personalized orthotic solutions that improve gait performance, alleviate pain, and prevent musculoskeletal complications.