ARISE
The potential to involve Augmented Interactive for Healthcare Shift Managements is one where although not required, if workers want to use the technology they can. By blending augmented reality and intuitive design to create clear, real-time patient tracking that keeps everyone on the same page.
App prototype, Research project
2024
According to user profiling and sit-downs with healthcare workers. Healthcare workers, particularly nurses, often struggle with fatigue, time constraints, and information overload during shift changes. Critical patient details can be missed, leading to medication errors, miscommunication, and inefficiencies that impact patient safety.
This project proposes an AR-powered shift handover system that allows healthcare professionals to scan medications, track patient status in real-time, and seamlessly share priority updates with incoming staff. By integrating augmented reality, AI-driven prioritisation and smart scanning, AISHE-Shift reduces errors, improves efficiency, and gives healthcare workers more time for patient care instead of paperwork
Imagine you’re a nurse finishing a long shift. You’re exhausted, but before you leave, you need to hand over critical patient details to the next team. In the rush, something gets missed, a medication time, an allergy alert, or a subtle change in vitals. These small oversights can have big consequences.
Proposal
View saved medications
Prototyping
View saved medications and see a summary
See current patient profiles and risk levels/ patient status
add new medications using the camera and add to the profile
Testing
Key Metrics
Error reduction: % decrease in missed handover details.
Efficiency gains: Time saved per shift on documentation.
User adoption: % of nurses/doctors using the system consistently.
Satisfaction levels: Feedback from healthcare workers on usability and effectiveness.
AR-based system that overlays real-time patient information.
AI-powered task prioritisation to highlight urgent updates.
Medication scanning & assignment to track doses per patient.
Integration with existing hospital databases for real-time updates.
Secure cloud-based data storage & compliance with privacy regulations.
