The projects in this portfolio span UX research, design systems, and prototyping for both digital and physical products.
On the digital side: websites, apps, games, and animations.
On the physical side: IoT devices, robots, mobile devices, and interactive prototypes.
A framework of design guidelines and simulation-based testing protocols for visual and physical hand disabilities, enabling teams to evaluate product accessibility without recruiting participants with impairments.
Designed and ran one-on-one usability sessions with seniors evaluated physical button concepts, dictation and directional hearing on a phone prototype. Findings produced concrete design directions for hardware and interaction.
Moderated usability sessions with seniors evaluated the interface of a compact numpad hybrid phone, covering calling, contacts, app management and camera flows. Findings identified clear UI strengths and priority fixes.
A usability audit of a e-commerce journey combined heuristic evaluation with behavioral analytics, uncovering dozens of issues and producing prioritized short and long-term design solutions.
Cross-national focus groups with seniors in Sweden, France and the UK explored how users aged 60 to 91 struggle with mobile phones. Findings validated a hybrid device direction and produced UI and feature concepts.
Built and moderated usability tests with seniors compared a new smart doorbell and companion app against two competitor products, using identical protocols and standardized UX metrics. Results benchmarked usability and identified improvement areas.
A study on how to design brain-controlled devices for people with physical disabilities.This project studies how to use a brain-based interface and how to make these interfaces easier to use for all. A prototype of a BCI was developed that was tested on different users both with and without physical disabilities. The prototype was a box which lid could be opened with no physical input from the user.
Capturing, tagging and visualizing brainwave activities with the Brainwave Camera System. The “Brainwave Camera System” that captures photographic moments during increased attentive brain levels by making use of external brainwave mind kit coupled with a smartphone. As the user walks around the city, the system triggers a camera captures based on a threshold tailored to the user.
This study aimed to investigate how the number of Electroencephalography (EEG) sensors affect the data gathered by a brain computer interface (BCI).To test this, a wearable BCI with four EEG sensors (the headcrab) was built.
Developed a Brainwave Experience Analysis and Measuring System (BEAMS) to show a visualization of EEG signals overlaid onto a video recording that would be synced to the time of the measurements. With testing done in a museum exhibit, to serve as a source of new information for the learner’s brain to react to step-by-step contexts of the measurements.
