Owain Cisuelo

Assisted delivery of the 'Medical Device: Design, Maintenance, and Assessment' module and co-supervised an MEng project on frugal approaches to cardiac monitoring, supporting student learning and project supervision.

Designed and developed a scalable, cloud-based retail order-processing system using an event-driven microservice architecture, improving availability and enabling near-real-time delivery of order, inventory, and customer events for analytics.

Built a scalable cloud platform from prototype to production as sole backend developer, delivering secure low-latency APIs, data ingestion engines, CI/CD pipelines, and real-time ML inference for wearable and smartphone data.

Developed and deployed systems for critical business functions including CAD integration to automate design document generation and a web-based CRM to streamline purchase order and sales administration.

Grade: Thesis not submitted

Activities and societies: Graduate Teaching Assistant; research collaboration with partner institutes and clinical unit;

PhD research on machine-learning models for non-invasive glycaemic monitoring using ECG and wearable sensor data, developing signal-processing pipelines and deep learning models for short-term glucose estimation.

Bachelor of Science (Hons) in Theoretical Physics covering core theoretical and mathematical methods in physics.