Fusionetics Mobile App
Fusionetics, 2021
Fusionetics is a mobile app using cutting-edge technology to analyze and assess an individual's movement. As a user performs a standard series of movements, the Fusionetics 2D mobile video capture immediately logs millions of data points. Their advanced machine learning then analyzes these captured values, comparing them to a knowledge base of tens of thousands of assessments conducted with elite athletes and other users and then providing ways to improve your movement.
Research
UI Design
UX Design
Wire Framing
Prototyping
User Testing
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Fusionetics Mobile App
Fusionetics, 2021
Fusionetics is a mobile app using cutting-edge technology to analyze and assess an individual's movement. As a user performs a standard series of movements, the Fusionetics 2D mobile video capture immediately logs millions of data points. Their advanced machine learning then analyzes these captured values, comparing them to a knowledge base of tens of thousands of assessments conducted with elite athletes and other users and then providing ways to improve your movement.
Research
UI Design
UX Design
Wire Framing
Prototyping
User Testing
Scroll for more
Fusionetics Mobile App
Fusionetics, 2021
Fusionetics is a mobile app using cutting-edge technology to analyze and assess an individual's movement. As a user performs a standard series of movements, the Fusionetics 2D mobile video capture immediately logs millions of data points. Their advanced machine learning then analyzes these captured values, comparing them to a knowledge base of tens of thousands of assessments conducted with elite athletes and other users and then providing ways to improve your movement.
Research
UI Design
UX Design
Wire Framing
Prototyping
User Testing
Scroll for more
The Problem In the past, movement analysis required an individual to go to a clinic to have their movement analysis conducted by a specialist. Movement experts were only available to the elite. As technology progressed, video analysis by the use of machines made the output more accurate but the cost of the machine made access to these types of services expensive and time-consuming. The Solution Create a mobile app that enables users to conduct the movement test in the comfort of their own home, using their own smart device, and return results within seconds. Additionally, enable users to subscribe to cutting-edge workout programs to help improve users' movement to improve health and prevent injuries. Finally, clean up and modernize the UI to be more intuitive and user-friendly.
Deliverables: Interaction Design: High-fidelity interactive prototypes for key tasks on mobile. UX/UI Design: UI kit Low-fidelity wireframes High-fidelity mockups and prototypes Usability tests and findings Project Specifications Duration: 6 months Tools: Figma Lucid Chart Sketching Photoshop Illustrator
Interviews Interviews were conducted with clients and patients working to improve movement or in physical therapy about their experiences in improving their movement. The requirement to visit a clinic or a PT facility made clients maintaining their programs consistently difficult with busy schedules. The data that was returned was often time confusing as was cloaked in medical terminology. Most outputs were also text-based and often confusing. Users expressed a desire to have the data be more graphic based, simple content easily understandable that explains good, OK, and needs improvement that also is focused on the specific location anatomically.
Lo-fi Prototypes Lo-fi sketches were used to develop the organization of content on each screen. I created basic wireframes that helped me visualize the different categories of information I wanted to display for each section of results and how best to display information graphics. I tested on users to verify the organization and architecture of the information of the app. High Fidelity Prototypes In my hi-fi prototypes, I explored refined screens that displayed results of Body-MAP results to ensure the presentation of content is intuitive and easily consumable. Conducted 10-second impressions with users to ensure how well they could navigate the prototype and understand the test results.
Final Takeaways The development of AI technology and its use in the Fusionetics app will make available cutting-edge movement assessment and physical therapy to anyone with a smartphone. Working on any project that brings technology to the general public rendering previously available to the elite is very rewarding.
The Problem In the past, movement analysis required an individual to go to a clinic to have their movement analysis conducted by a specialist. Movement experts were only available to the elite. As technology progressed, video analysis by the use of machines made the output more accurate but the cost of the machine made access to these types of services expensive and time-consuming. The Solution Create a mobile app that enables users to conduct the movement test in the comfort of their own home, using their own smart device, and return results within seconds. Additionally, enable users to subscribe to cutting-edge workout programs to help improve users' movement to improve health and prevent injuries. Finally, clean up and modernize the UI to be more intuitive and user-friendly.
Deliverables: Interaction Design: High-fidelity interactive prototypes for key tasks on mobile. UX/UI Design: UI kit Low-fidelity wireframes High-fidelity mockups and prototypes Usability tests and findings Project Specifications Duration: 6 months Tools: Figma Lucid Chart Sketching Photoshop Illustrator
Interviews Interviews were conducted with clients and patients working to improve movement or in physical therapy about their experiences in improving their movement. The requirement to visit a clinic or a PT facility made clients maintaining their programs consistently difficult with busy schedules. The data that was returned was often time confusing as was cloaked in medical terminology. Most outputs were also text-based and often confusing. Users expressed a desire to have the data be more graphic based, simple content easily understandable that explains good, OK, and needs improvement that also is focused on the specific location anatomically.
Lo-fi Prototypes Lo-fi sketches were used to develop the organization of content on each screen. I created basic wireframes that helped me visualize the different categories of information I wanted to display for each section of results and how best to display information graphics. I tested on users to verify the organization and architecture of the information of the app. High Fidelity Prototypes In my hi-fi prototypes, I explored refined screens that displayed results of Body-MAP results to ensure the presentation of content is intuitive and easily consumable. Conducted 10-second impressions with users to ensure how well they could navigate the prototype and understand the test results.
Final Takeaways The development of AI technology and its use in the Fusionetics app will make available cutting-edge movement assessment and physical therapy to anyone with a smartphone. Working on any project that brings technology to the general public rendering previously available to the elite is very rewarding.
The Problem In the past, movement analysis required an individual to go to a clinic to have their movement analysis conducted by a specialist. Movement experts were only available to the elite. As technology progressed, video analysis by the use of machines made the output more accurate but the cost of the machine made access to these types of services expensive and time-consuming. The Solution Create a mobile app that enables users to conduct the movement test in the comfort of their own home, using their own smart device, and return results within seconds. Additionally, enable users to subscribe to cutting-edge workout programs to help improve users' movement to improve health and prevent injuries. Finally, clean up and modernize the UI to be more intuitive and user-friendly.
Deliverables: Interaction Design: High-fidelity interactive prototypes for key tasks on mobile. UX/UI Design: UI kit Low-fidelity wireframes High-fidelity mockups and prototypes Usability tests and findings Project Specifications Duration: 6 months Tools: Figma Lucid Chart Sketching Photoshop Illustrator
Interviews Interviews were conducted with clients and patients working to improve movement or in physical therapy about their experiences in improving their movement. The requirement to visit a clinic or a PT facility made clients maintaining their programs consistently difficult with busy schedules. The data that was returned was often time confusing as was cloaked in medical terminology. Most outputs were also text-based and often confusing. Users expressed a desire to have the data be more graphic based, simple content easily understandable that explains good, OK, and needs improvement that also is focused on the specific location anatomically.
Lo-fi Prototypes Lo-fi sketches were used to develop the organization of content on each screen. I created basic wireframes that helped me visualize the different categories of information I wanted to display for each section of results and how best to display information graphics. I tested on users to verify the organization and architecture of the information of the app. High Fidelity Prototypes In my hi-fi prototypes, I explored refined screens that displayed results of Body-MAP results to ensure the presentation of content is intuitive and easily consumable. Conducted 10-second impressions with users to ensure how well they could navigate the prototype and understand the test results.
Final Takeaways The development of AI technology and its use in the Fusionetics app will make available cutting-edge movement assessment and physical therapy to anyone with a smartphone. Working on any project that brings technology to the general public rendering previously available to the elite is very rewarding.