Ideation: Uncovering the Need.
The idea sprouted from recognizing a gap in remote healthcare: the need for effective post-operative wound monitoring. Motivated by the challenges seen in global health crises and disaster areas, I imagined an AR-based solution for detailed, remote wound assessments. Conversations with healthcare professionals and patients were key, providing insights that shaped the tool's concept, ensuring it met the real demands of post-operative care.
Process: From Concept to Reality.
My journey continued with deep dives into the teleconsultation realm, combining fieldwork and discussions with experts like Dr. Khaled Ajria to highlight the necessity of precise wound monitoring, especially in less accessible regions. This led to iterative design phases, where prototypes were crafted, tested, and refined based on ongoing feedback from both medical staff and patients. Tackling the integration of AR in healthcare, I focused on ensuring accuracy, usability, and compliance with privacy and security standards.
"In the fabric of healthcare, our AR wound monitoring tool is a stitch in time saving more than just seconds, but lives, across distances."
Outcome: Bridging the Gap with Innovation.
The result is a groundbreaking AR wound monitoring tool that bridges the gap in remote post-operative care. It offers real-time, accurate wound assessments, enhancing the connection between patients and healthcare providers. This tool not only signifies a leap forward in telemedicine but also stands as a testament to the power of technology in overcoming healthcare barriers, paving the way for future innovations in medical care.
Driven by the harrowing memory of the 2023 Syria earthquake, I built my app to transform how we respond to disasters. It's a tribute to resilience and innovation, born from the urgent need to better support communities in crisis.