UCL MOTIONINPUT
UCL MOTIONINPUT
MotionInput was my MSc project at UCL in collaboration with Microsoft Applied Sciences. I led front-end design and development, transforming MotionInput from an academic prototype into a user-focused product that shipped on the Microsoft Store.
Technologies
HELLA MAGIC STORE®
6x
6x
Faster Task Completion
Faster Task Completion
%
%
Gesture Recognition Accuracy
Gesture Recognition Accuracy
24
24
AI Interaction Modes
AI Interaction Modes
User Interface
User Interface
User Interface
Demo
Demo
Empathise
Empathise
I evaluated how existing gesture-control interfaces worked and identified barriers for new users. My research highlighted that MotionInput’s fragmented builds and unclear UI made it inaccessible, despite powerful underlying technology. I set out to create a cohesive user experience optimised for gesture control.
I evaluated how existing gesture-control interfaces worked and identified barriers for new users. My research highlighted that MotionInput’s fragmented builds and unclear UI made it inaccessible, despite powerful underlying technology. I set out to create a cohesive user experience optimised for gesture control.
Empathise
I evaluated how existing gesture-control interfaces worked and identified barriers for new users. My research highlighted that MotionInput’s fragmented builds and unclear UI made it inaccessible, despite powerful underlying technology. I set out to create a cohesive user experience optimised for gesture control.
Define
Define
The design focused on consistency, accessibility and intuitive interaction. I implemented Microsoft’s Fluent Design System and introduced a flexible component library. To help users navigate without traditional input devices, I developed a new UI element: one-at-a-time highlighted sticky buttons that improved feedback and reduced errors.
The design focused on consistency, accessibility and intuitive interaction. I implemented Microsoft’s Fluent Design System and introduced a flexible component library. To help users navigate without traditional input devices, I developed a new UI element: one-at-a-time highlighted sticky buttons that improved feedback and reduced errors.
Define
The design focused on consistency, accessibility and intuitive interaction. I implemented Microsoft’s Fluent Design System and introduced a flexible component library. To help users navigate without traditional input devices, I developed a new UI element: one-at-a-time highlighted sticky buttons that improved feedback and reduced errors.
Ideate
Ideate
I standardised the interface across 17 micro-applications, ensuring cohesion and ease of use. I created scalable UI templates and floating panels optimised for gesture input, while also tailoring versions for clients like the NHS, IBM and Sony. Throughout, I worked within performance and security constraints, ensuring compatibility on NHS systems and delivering polished interfaces ready for public release.
I standardised the interface across 17 micro-applications, ensuring cohesion and ease of use. I created scalable UI templates and floating panels optimised for gesture input, while also tailoring versions for clients like the NHS, IBM and Sony. Throughout, I worked within performance and security constraints, ensuring compatibility on NHS systems and delivering polished interfaces ready for public release.
Ideate
I standardised the interface across 17 micro-applications, ensuring cohesion and ease of use. I created scalable UI templates and floating panels optimised for gesture input, while also tailoring versions for clients like the NHS, IBM and Sony. Throughout, I worked within performance and security constraints, ensuring compatibility on NHS systems and delivering polished interfaces ready for public release.
Prototype
Prototype
MotionInput was about transforming an experimental research tool into a usable product that anyone could operate. The final result included bespoke gesture-driven interfaces, new interaction patterns, and a component library that gave consistency to every build. The work culminated in publication to the Microsoft Store and a presentation to Microsoft leadership.
MotionInput was about transforming an experimental research tool into a usable product that anyone could operate. The final result included bespoke gesture-driven interfaces, new interaction patterns, and a component library that gave consistency to every build. The work culminated in publication to the Microsoft Store and a presentation to Microsoft leadership.
Prototype
MotionInput was about transforming an experimental research tool into a usable product that anyone could operate. The final result included bespoke gesture-driven interfaces, new interaction patterns, and a component library that gave consistency to every build. The work culminated in publication to the Microsoft Store and a presentation to Microsoft leadership.
Deliver
Deliver
Deliver
More Works More Works
More Works More Works
4D Printed Tissue Scaffold
Research
2021
2021
4D Printed Tissue Scaffold
Research
2021
2021
4D Printed Tissue Scaffold
Research
2021
2021
4D Printed Tissue Scaffold
Research
2021
2021
Stable Neighbours
Business
2025
2025
Stable Neighbours
Business
2025
2025
Stable Neighbours
Business
2025
2025
Stable Neighbours
Business
2025
2025
©2025 FALL LINE SOLUTIONS
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©2025 FALL LINE SOLUTIONS
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