RETAIL POS & SELF-CHECKOUT EXPERIENCE (SUPERMARKET CHAIN)
CONTEXT
Design and evolution of a modern retail point-of-sale platform deployed in a pilot store of a large supermarket chain in Uruguay. The project focused on improving in-store efficiency, checkout speed, and customer autonomy.
MY ROLE
UX/UI design for POS and self-checkout interfaces
Adaptation of existing product flows to real in-store scenarios
Focus on speed, clarity, and error-reduction in high-traffic environments
Collaboration with product and engineering teams during production rollout
IMPACT
The solution enabled smoother checkout experiences, improved operational efficiency, and laid the foundation for future omnichannel capabilities.
CONVENIENCE STORE PURCHASE & CHECKOUT EXPERIENCE
CONTEXT
Design of a fast and intuitive purchase flow for a convenience store environment, where speed and clarity are critical. The experience focused on simplifying product selection, cart review, and checkout confirmation in high-frequency purchase scenarios.
MY ROLE
End-to-end UX/UI design for mobile purchase flows
Information hierarchy and pricing clarity
Optimization of checkout steps for fast decision-making
Visual design aligned with retail brand guidelines
IMPACT
The design supported faster transactions, improved clarity during checkout, and contributed to a more efficient convenience store experience.
AI-ASSISTED CLINICAL DOCUMENTATION
CONTEXT
Design of an enterprise healthcare web application used by clinics and outpatient centers to manage clinical documentation. The project aimed to reduce time spent on post-visit documentation while maintaining accuracy, safety, and clinical control.
MY ROLE
UX strategy and workflow design for clinical documentation
AI interaction design focused on trust, review, and clinician control
Prototyping and usability testing in complex, regulated contexts
Collaboration with product, engineering, and clinical stakeholders
IMPACT
The solution reduced cognitive load during documentation, improved clarity of clinical notes, and enabled safer adoption of AI-assisted workflows.
