The iWatch Blood Sugar Monitoring app is designed with a primary focus on simplicity and convenience. Users can easily track their blood sugar levels without any efforts. It sends alerts for high and low levels, keeping users informed. Additionally, it can notify loved ones in case of trouble. This user-friendly app simplifies blood sugar monitoring and enhances overall health management.
Timeline: September 2022 to October 2022
Team: Worked Solo
Role: UX Research, Ideation, Wireframing, Prototyping, Visual Design
Tools: Marvel,Figma,Miro
The inspiration for this project came from witnessing the challenges faced by a friend diagnosed with diabetes. It was tough to watch her go through the daily routine of pricking her finger to monitor blood sugar levels and keep track of data.While there were existing app to help her with record-keeping, the missing piece was a non-invasive way to check diabetes. After learning about Apple's optical absorption spectroscopy technology, I was motivated to provide a design solution for watch that could simplify and keep track of real time blood sugar measuring aiming to make it convenient and comfortable for individuals like my friend.
How can we measure the blood sugar with the help of iWatch app?
Blood sugar monitoring with an iWatch app typically relies on non-invasive techniques like optical sensors. The iWatch's optical sensors emit light into the skin, which is partially absorbed by glucose molecules in the bloodstream. By analyzing the reflected light, the app can estimate blood sugar levels.
However, this method is still in development. But research offers a convenient and less intrusive way to track glucose trends throughout the day.
Solution
1)Experience non invasive Blood Sugar Measurement with iWatch using Optical Absorption Spectroscopy Technology
1)This technology of Optical Absorption Spectroscopy can help us measure the blood sugar in human body without using traditional method.
2)Real-time blood sugar measuring, allowing users to see their graph and current blood sugar level.
2) Keep a track on loved once by getting real time notification.
1)Receive notification when your loved once have high or low sugar.
2)Send invite to who can receive notification and view graph.
In pursuit of enhancing my skills in user interface and user experience (UI/UX) design, I dedicated time to studying advanced technology concepts. One of my notable endeavors involved delving into the intricacies of non-invasive blood sugar measurement technology.
This deep dive allowed me to comprehend the underlying mechanisms and working principles. This newfound knowledge not only expanded my horizons but also fueled my passion for creating intuitive and user-friendly interfaces for innovative healthcare devices.
I'm excited to incorporate these insights into my UI/UX portfolio, showcasing my ability to bridge complex technology with user-centric design for a more accessible and user-friendly future.
As I explored this new technology, using mind maps was incredibly helpful in my design work. It let me make clear, visual pictures of my ideas and the concepts involved. This helped me understand all the different parts of this innovative technology. With mind mapping, I could neatly arrange and group all the information about optical absorption technology, making sure I didn't miss anything important in my project.
Design Process
Selecting the feature
There are a few things that need to be kept in mind when deciding on what features to include in the iWatch app,
1)Display only the most important contents that give value to the user.
2)Allowing the user to quickly perform interactions with the watch.
First, I made a list of the features that the other mobile app provide. Then I compared if each feature satisfies the above 2 pointers. If it did, I decided to incorporate it into the watch app.
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