Judicial Tools — rebuilding a courtroom workspace under real legal pressure.

I led the end-to-end redesign of the digital workbench immigration judges use to adjudicate removal proceedings — building the agency's design process from scratch and turning a fragmented legacy workflow into a fast, reliable litigation workspace. Service desk complaints dropped 76% after launch.

Impact

• Cut post-deployment support tickets and service desk complaints by 76% across the judicial network. • Took the org from zero design process to an institutionalized Agile UX practice adopted across all 15 product lines. • Built a Severity Framework that turned qualitative research into prioritized technical requirements — and directly shaped the quarterly roadmap. • Fixed the order-generation workflow, where 86% of judges had previously hit hard blockers.

Deliverables

One of two product designers inside a 105-person technical org (90+ engineers, 15 PMs), supporting hundreds of active immigration courts nationwide.

Year

2022

Role

Lead Product Designer (Founding member of the design practice)

Context — rebuilding a courtroom workspace under real legal pressure

EOIR, an agency under the Department of Justice, runs on tight legal timelines and heavy backlogs. When an outside consultancy shipped a baseline application with almost no user validation, courtrooms felt it immediately — high cognitive load, no data safeguards, none of the day-to-day realities of a courtroom accounted for. I came in as one of the first two product designers in a 90-engineer org, tasked with building design practice from the ground up and shipping a workspace that actually worked for judges.

Research system — turning judge pain points into ranked requirements

I combined the Double Diamond framework with Lean UX, built into two-week Agile sprints, around four pillars: Discovery (field interviews and system audits), Definition (severity indexing and epic-writing), Ideation (co-design workshops and wireframing), and Implementation (design QA and engineering sign-off).

Core breakdown — where legal order generation failed

The existing app had no usability benchmarks, and hearings were bottlenecked as a result. To make the case to a highly technical team, I needed data, not opinions — so I interviewed 15 active immigration judges and built a Severity Framework: Severity = Task Criticality (1–5) × Impact Score (1–5) × Occurrence Frequency (%) That pointed straight to the biggest problem: document generation, e-signatures, and legal submission. 86% of judges hit a blocker generating legal orders, 47% called courtroom admin unmanageable, and 39% missed required fields because the form had no visual hierarchy at all.

Design direction — safer flows for dense judicial decisions

I designed around four fixes: compressing scattered document states into one clear progressive flow; locking submission until every legal condition was met; grouping dense form fields to match how judges already think about case structure; and building one reusable pattern for every e-signature moment going forward.

Outcome — a scannable workstation judges could trust

I shipped a scannable workstation layout in Adobe XD that broke complex legal tasks into clear sub-steps, using grouping and proactive alerts to stop field omissions before they happened. I also set up a formal Design QA gate in the sprint cycle — every front-end ticket got a UX review before deployment, so what shipped matched what was designed.

In a room with 90 engineers and 2 designers, data wins arguments that opinions can't — the Severity Framework did more to move decisions than any mockup. Scaling a design practice from nothing means building the infrastructure early: shared assets, QA loops, the boring stuff that holds up later. And staying close to engineering during early wireframing caught constraints before they became rework.

Berkeley, CA 94705
United States

Need a senior designer who can turn complex systems into clear, scalable products?

2026 ® Sally Cho

Berkeley, CA 94705
United States

Need a senior designer who can turn complex systems into clear, scalable products?

2026 ® Sally Cho