MyHera
ui design
motion graphics
3 ui designer
UI redesign and motion system for Italy's leading utilities app, focused on improving clarity, accessibility, and daily usability.
The updated interface helps millions of users easily manage bills, payments, and consumption data through an intuitive and visually cohesive experience. The redesign introduced a clearer information hierarchy, refined microinteractions, and smooth transitions that enhanced overall product consistency and improved the sense of responsiveness and trust.

The Challenge
When the project began, Hera offered five separate apps for electricity/gas, water, waste, electric mobility, and support (including booking appointments with live agents). This fragmentation led to inconsistent experiences and user confusion.
The existing apps suffered from complex navigation, unclear feedback, and limited accessibility. The project’s goal was to design a unified app that simplified user journeys, improved accessibility, and enhanced satisfaction while reducing support calls.

My Role
As part of a multidisciplinary design team, I worked alongside two other UI Designers and three UX Designers on the redesign of Hera’s multi-utility app. I led the creation of motion and microinteractions, defining how the interface feels and responds across complex user flows, while also contributing to the development of a cohesive visual system and scalable components.
Collaborated with UX team to translate research into visual solutions
Designed cohesive UI elements and visual systems
Ensured accessibility compliance (WCAG AA standards)
Led microinteraction and motion graphics
Delivered production-ready animations for development

Results
Successfully unified five apps into one streamlined experience
App rating improved to 4.5+ stars after redesign
Created scalable component library and motion guidelines adopted across the product
Successfully delivered complex enterprise redesign working within large, cross-functional team structure
Enhanced user understanding and satisfaction with motion-driven feedback

