Project Duration
1 Month
Responsibilities
UI/UX Design
Problem
Asphyxia, a condition characterized by insufficient oxygen supply to the body, including the brain, can indeed manifest in newborns through changes in their cries. The neonatal asphyxia has been one of the major causes of neonatal deaths in Rwanda, around 39% as mentioned in the research published on RBC.
In some cases, babies experiencing asphyxia may produce abnormal or distressed cries. Healthcare professionals often consider the quality and pattern of a baby's cry as part of their assessment for signs of distress or potential health issues, including oxygen deprivation.
In various regions, including Rwanda, the challenge of accurately identifying asphyxia in newborns persists, as many healthcare professionals may not be able to solely rely on the baby's cry as a diagnostic indicator. Due to this, cases of asphyxia may be overlooked, leading to potential health risks for the newborns.
Project Duration
1 Month
Responsibilities
UI/UX Design
Problem
Asphyxia, a condition characterized by insufficient oxygen supply to the body, including the brain, can indeed manifest in newborns through changes in their cries. The neonatal asphyxia has been one of the major causes of neonatal deaths in Rwanda, around 39% as mentioned in the research published on RBC.
In some cases, babies experiencing asphyxia may produce abnormal or distressed cries. Healthcare professionals often consider the quality and pattern of a baby's cry as part of their assessment for signs of distress or potential health issues, including oxygen deprivation.
In various regions, including Rwanda, the challenge of accurately identifying asphyxia in newborns persists, as many healthcare professionals may not be able to solely rely on the baby's cry as a diagnostic indicator. Due to this, cases of asphyxia may be overlooked, leading to potential health risks for the newborns.
Project Duration
1 Month
Responsibilities
UI/UX Design
Problem
Asphyxia, a condition characterized by insufficient oxygen supply to the body, including the brain, can indeed manifest in newborns through changes in their cries. The neonatal asphyxia has been one of the major causes of neonatal deaths in Rwanda, around 39% as mentioned in the research published on RBC.
In some cases, babies experiencing asphyxia may produce abnormal or distressed cries. Healthcare professionals often consider the quality and pattern of a baby's cry as part of their assessment for signs of distress or potential health issues, including oxygen deprivation.
In various regions, including Rwanda, the challenge of accurately identifying asphyxia in newborns persists, as many healthcare professionals may not be able to solely rely on the baby's cry as a diagnostic indicator. Due to this, cases of asphyxia may be overlooked, leading to potential health risks for the newborns.
Solution
As a solution to the challenge of identifying asphyxia through baby cries, the team implemented an innovative approach by leveraging advanced technology to develop a mobile app.
In my role as a product designer tasked with crafting the app's look and feel, I undertook a comprehensive journey to understand the user dynamics and drivers that would promote the app's adoption. Through the creation of various personas, we meticulously designed an intuitive and user-friendly interface, ensuring that the app is easily navigable for users from diverse backgrounds.
Process
Research and Understand the Problem:
I began by conducting thorough research to understand the length of the problem, it's potential users and their normal habitation, I also explored the challenges faced by the users in the context.
Define User Flows:
I went ahead and started mapping out user journeys from the splash screen to when the user has the results. I ensured the app could be used by novice as well as experienced people by making sure the user flow is short, descriptive and concise.
Sketching and Wireframing:
I started with low-fidelity sketches to explore different design ideas, created wireframes to visualize the app's structure and layout, mainly focusing on simplicity and clarity in the early stages.
Prototyping:
Using Figma, I develop interactive prototypes to test the flow and functionality of the app, still emphasizing on simplicity. I also was keen to using friendly colors, icons and illustrations that could easily fit in the medical group that the app belonged to.
Testing and iteration:
We started collecting feedback from testing the initial prototype and iterating.
Impact
The development of the mobile app for early detection of asphyxia represents a transformative solution driven by advanced technology and user-centric design.
As a product designer, my role in crafting an intuitive interface has contributed to an app that goes beyond conventional healthcare boundaries, offering a user-friendly experience for healthcare professionals, parents, and caregivers alike. The app's potential impact on community health is substantial, providing an accessible tool to identify and address neonatal health concerns promptly.
This initiative not only showcases the power of technological innovation in healthcare but also underscores the importance of collaborative efforts to create solutions that benefit both professionals and the community, marking a significant stride towards improved neonatal care and overall health outcomes.
