Product design in fintech
Designing products for cross-border payments and trading, from customer journeys to internal tools.
Emeka Jude Eze
Product Designer & UX Researcher
England, United Kingdom
About my work
I’m a Product Designer and UX Researcher combining industry and academic experience to make complex digital products clearer, more inclusive and easier to use, with a focus on fintech, accessibility and human-computer interaction.
Current work
Inclusive technology research
Researching how people interact with emerging technologies, with particular attention to accessibility and autonomous vehicle communication.
Experience
Since Jun 2025
Lead UX designer
OneLiquidityLeading product consolidation and major system improvements, driving greater usability across customer and admin experiences.
Oct 2024 - Dec 2025
UX Researcher / Mentor
Birmingham City UniversityWorked on multiple research projects, including one notably published at CHI 2026, one of the leading HCI conferences.
Jun 2022-Dec 2024
Principal UX designer
OneLiquidityEstablished and maintained scalable design systems supporting major products across both customer-facing and internal admin platforms.
May 2022 - Dec 2023
UI/UX Designer
ObiexFinanceCo-designed version 3.0 of the company’s mobile and web apps, introducing new features such as P2P trading and enhanced crypto utilities for everyday use cases.
Education
2023–2024
MSc User Experience Design — Distinction
Birmingham City University
Research interests
Accessibility-first designHuman-computer interactionAutonomous vehicle communicationInclusive fintechEmerging technologies
Publications
Towards Inclusive External Human-Machine Interface: Exploring the Effects of Visual and Auditory eHMI for Deaf and Hard-of-Hearing People
Research examining how autonomous vehicles can communicate more effectively with d/Deaf and hard-of-hearing pedestrians.
View publicationExploring the Impacts of Background Noise on Auditory Stimuli of Audio-Visual eHMIs for Hearing, Deaf, and Hard-of-Hearing People
A companion study examining how quiet and loud environments affect the experience of auditory cues used by automated vehicles.
View publication