ReViveX is an undergraduate software development group project developed as part of the University of Westminster curriculum. The project focuses on addressing real-world challenges in neurorehabilitation through a practical, technology-driven solution.
Neurological conditions such as stroke often require long-term rehabilitation involving both physical and cognitive therapy. In many regions, including Sri Lanka, access to continuous rehabilitation services is limited due to cost, infrastructure, and availability of trained professionals.
Existing rehabilitation solutions are frequently expensive, clinic-dependent, and difficult to scale. Patients may struggle with adherence due to repetitive exercises and lack of engagement, while clinicians face challenges in monitoring progress outside clinical settings.
ReViveX proposes a low-cost, interactive neurorehabilitation system that combines sensor-based hardware with gamified software. The system enables home-based therapy while allowing clinicians to monitor objective performance metrics remotely.
This project was developed under the module 5COSC021C.Y – Software Development Group Project. It represents a collaborative effort by undergraduate students to apply software engineering principles, user-centred design, and problem-solving skills to a socially impactful domain.
The development process included requirements analysis, system design, implementation, testing, and documentation, following established software development practices.