Graphic & Motion — ‘25
OUCRU AI-Powered Tetanus Monitoring

CLIENT
OUCRU
ROLE
Graphic & Motion Designer
SCOPE
Illustration, Motion Design & Art Direction for animated sequences
PROJECT OVERVIEW
Harness the power of AI in Tetanus Care
AI-powered real-time monitoring using wearable technology offers a promising solution for improving tetanus care in resource-limited settings, potentially leading to more efficient monitoring, earlier intervention and better patient outcomes.
To support Oxford University Clinical Research Unit (OUCRU)’s efforts in applying AI and wearable tech to improve tetanus care, we developed a short documentary-style explainer video communicating the potential of this breakthrough innovation.
I was responsible for crafting the visual direction for the motion sequences — building a calming, modern graphic system using rounded geometric shapes, brand-inspired color palettes, and decorative linework. The motion sequences include the explanation on Ablett grading system for tetanus severity & the data flow from patients to doctors. Each severity stage is represented by a distinctive geometric shape & color, which then symbolize the type of data collected from the wearable device.
The film aims to translate complex healthcare innovation into an engaging, easy-to-understand message for broad community outreach.





CREDITS
Production House: Phim Cua Qua
Illustration & Motion: Nhung Bui