Company

LendingClub is a U.S. digital lending platform and marketplace bank with over 5M members, offering personal loans, auto refinancing, small business, medical, and education financing alongside full-service checking and savings.


Team

  • Senior Product Designer (Me)

  • 2x Product Designers (Mid-Level)

  • 2x UX Researchers

  • Product Manager

  • 2x AI/ML Engineers

  • Compliance/Legal Advisor


Skills

  • XAI UX (Explainable AI)

  • Service Design

  • Data Ethics

  • Regulatory/Compliance UX

  • Design Systems

Challenge

The platform used an AI model to underwrite loans and credit cards. Customers got a simple approved/denied answer with little context. Denied applicants felt the process was a "black box". Trust fell. Legal risk rose because lending laws require specific reasons for adverse actions. Loan officers also struggled to understand or defend model outputs.


The golden question:
How might we design AI credit decisions that are transparent, fair, compliant and helping users act, even when the answer is "no"?

Leadership

  • Product leadership: Set the future vision for lending transparency, created alignment with execs and Legal, and motivated the group with workshops and prototypes.

  • Cross‑org influence: Partnered with Support, Risk, and Legal to ship a transparency playbook and updated denial messages.

  • Coaching: Mentored a mid‑level designer in systems thinking and content design; co‑authored microcopy standards for "reasons".


Expertise

  • System design: Built a reason code dictionary and XAI components that now power all lending lines.

  • UX & interaction: Holistic flows from soft‑pull to adverse action; quick scan patterns; detail‑on‑demand.

  • Visual craft: High‑contrast, accessible bars and badges; used the platform’s design system with careful hierarchy and motion.

  • Business literacy: Defined outcome metrics with PM and Ops; tied clarity and support savings to ROI.

  • Domain expertise: Explainable AI + compliance + lending flows, codified as reusable frameworks and copy patterns.