Building a scalable, mobile-first onboarding system that can flex across deposits, personal loans, and auto loans, regardless of platform.
.jpg)

PenFed’s onboarding applications for deposits, personal loans, and auto loans were inconsistent, complex, and difficult for users to navigate. I redesigned the entire experience to create a mobile-first, unified framework that improves clarity, reduces friction, and scales across product lines while remaining flexible enough to support future platform or technology changes.
A critical technical constraint was not knowing which platform would power onboarding long-term, so I’ve had to design a universal framework that is modular, componentized and adaptable across product lines.
This approach enabled the design team to keep progressing despite uncertainty, creating a framework that could adapt to any technical decision.
I began with an in-depth analysis of the deposits application flow, then expanded into personal loans and auto loans as it became clear that all product lines shared similar friction points.
Competitors like Synchrony, SoFi, Discover, and Navy Federal consistently offered:
Competitors like Synchrony, SoFi, Discover, and Navy Federal consistently offered:
To validate the qualitative findings, we analyzed Salesforce data reports for all non-member digital Free Checking application funnels to hone in on where users frequently dropped off.
Drop-off data revealed major friction points aligned with cognitive load, verification steps, and legal disclosures — directly informing redesign priorities.


To address inconsistencies across product lines and platforms, I created a single scalable onboarding architecture.
To combat extreme loading times and reduce user drop offs, I introduced a step by step loading animation for user transparency.
I built low- to high-fidelity prototypes to validate flow sequencing, mobile-first layouts, content clarity, and branching logic.
I've integrated Figma Make into our workflow to accelerate ideation of translating designs into additional product flows. This reduced exploration cycles from weeks to hours.

