Thesis Abstract

Abstract
This thesis presents the development of a Virtual Reality (VR) system designed specifically for upper limb rehabilitation in stroke patients. Stroke is a leading cause of long-term disability worldwide, often resulting in impaired motor function in affected individuals. Traditional rehabilitation methods have limitations in providing engaging and personalized therapy to stroke patients, leading to suboptimal outcomes. Virtual Reality technology offers a promising alternative by providing immersive and interactive environments for rehabilitation, which can enhance patient motivation and engagement. The primary objective of this study was to design and evaluate a VR system tailored for upper limb rehabilitation in stroke patients. The system incorporates customizable exercises and interactive tasks that target specific motor functions, allowing for personalized therapy programs based on individual patient needs and progress. Through a user-centered design approach, the VR system was developed to be intuitive, user-friendly, and adaptable to varying levels of motor impairment. A comprehensive literature review was conducted to explore the existing research on VR-based rehabilitation for stroke patients. The review highlighted the benefits of VR technology in improving motor function, enhancing patient engagement, and increasing therapy adherence. Key considerations in designing effective VR systems for rehabilitation were identified, including task complexity, feedback mechanisms, and user interface design. The research methodology chapter outlines the design and development process of the VR system, including the selection of hardware and software components, integration of therapeutic exercises, and user testing procedures. The evaluation of the system involved a pilot study with stroke patients, assessing usability, effectiveness, and user satisfaction. The results of the pilot study demonstrated the feasibility and potential efficacy of the VR system in facilitating upper limb rehabilitation in stroke patients. The discussion of findings chapter presents a detailed analysis of the pilot study results, including insights into patient performance, engagement levels, and feedback on the VR system. The implications of the findings for future research and clinical applications are discussed, highlighting the potential of VR technology to enhance rehabilitation outcomes in stroke patients. In conclusion, this thesis contributes to the field of medical rehabilitation by demonstrating the feasibility and effectiveness of a VR system for upper limb rehabilitation in stroke patients. The study provides valuable insights into the design considerations, usability aspects, and potential benefits of VR-based therapy for motor recovery in stroke survivors. Future research directions include larger-scale clinical trials, longitudinal studies, and the integration of advanced technologies to further enhance the efficacy of VR rehabilitation interventions. Keywords Virtual Reality, Stroke Rehabilitation, Upper Limb, Motor Function, User-centered Design, Therapy Adherence, Patient Engagement, Pilot Study.

Thesis Overview