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HOSPITAL OPERATIONS · CLIENT WORK

Nurse and leader rounding for Elevra, the hospital operations platform at Compass Healthcare Digital. Every diagram is reconstructed, every person and site anonymous.

Role
Lead Product Designer
Team
Product, operations, engineering
Status
Production work, recreated for this site

TL;DR

I picked up a rounding product that had been talked about for six months without an architecture, and the most useful thing I did was stop drawing. The call that mattered was structural, not visual: one module belonged inside a system it had been drawn next to.

The real surface

The product these decisions live inside.

A recreation of Elevra's rounding surface.

Pick a round

Elevra

Sacred Heart Medical

Completed rounds

82%

Patients w/o rounds

4

Rounds w/ opportunity

22%

Rounds

Diane Foster

Age 67 · ICU / 201-A

New
RegularLow SodiumAllergy: Penicillin

Open opportunity

Missed drink in meal order

Quick entry, by voice

Elevra

Sacred Heart Medical

Leader Round, ICU / 201-A

Preliminary

Is the patient available for rounding?

Environmental services

Is the room clean and well-maintained?

Food & nutrition

Was the diet order delivered correctly?

Resolving an opportunity

Elevra

Sacred Heart Medical

Opportunities

0 of 1 resolved

Missed drink in meal order

Logged 8:30 AM

Same item, in follow-ups

Elevra

Sacred Heart Medical

Follow-ups

Food & Nutrition queue

Missed drink in meal order

Assigned to Food & Nutrition, logged 8:30 AM

Open

The dashboard, live

Elevra

Sacred Heart Medical

Performance overview

142

rounds

Dietary complaints increased 23% this week across 3 units. This correlates with the menu change on Monday.

Where it came from

These are real screens from the shipped product. Every patient, site, and record shown is demo data.

The nav stack

Flat navigation items in one left rail, no grouping between them.

The card wall

Round cards repeat the same anatomy, whether the round is new or already complete.

The brand panel

One saturated institutional blue, used as a full-bleed fill behind the login form.

What the screens missed

The parts that never made it to a screenshot.

Every screen above is real, but partial. Rounding's actual weight sits in three mechanisms none of them show: what happens after a “No,” what the AI is and isn't allowed to hear, and what the tool already knows about the person being rounded on.

What happens after a “No.”

Fig. 02Service-recovery loop

A round finds a problem

Was the room clean and well-maintained?

YesNo

Becomes an opportunity, with a clock

High2 hours
Medium4 hours
Low8 hours

Elapsed against the 2-hour window

STATpages a supervisor immediately

Closes with an owner and a timestamp

Resolved9:52 AM
A round finds a problem, that problem becomes a clock, and the clock either closes on time or pages someone. Drawn as one loop because that accountability chain is the actual feature. The opportunities and follow-ups screens elsewhere on this page are just two frames inside it.

Consent comes before capability.

Elevra

Sacred Heart Medical

AI Summary

Pending

Waiting on consent from the panel on the left.

Themes detected

The tool already knows the patient.

Elevra

Sacred Heart Medical

Diet

RegularLow Sodium

Allergies

Penicillin

Languages

English

The instrument logs praise, not only problems

1 kudos on this patient's rounds so far

The problem

Six months of conversation, no structure.

Rounding is a hospital operations routine: a floor gets walked on a schedule, and what's found becomes a follow-up somebody has to close.

One module in a wider hospital operations platform, not a standalone build.

Six months of informal conversation. Screens existed. No agreed architecture, no release structure.

Opportunities drawn as their own module, beside a follow-ups system most sites were already running.

The prototype was doing work that requirements conversations should have been doing.

The decisions

Three calls, opened up enough to argue with.

A decision you can only see the outcome of is a claim. These carry what else was on the table and what each one cost, because that is the part a reader needs in order to disagree.

Stopped prototype iteration and mapped operating models instead.

Every review cycle re-opened the same questions about where things lived. The mapping that replaced it turned up the thing that reordered the release: sites did not round one way.

Nothing new to show in a review. A visible pause reads as a real cost in that kind of organization, and it was the right one to pay.

Made an opportunity a state a follow‑up can be in, rather than its own module.

The operating-model mapping showed the two were the same object at different points in its life. Most sites already ran follow-ups, with people trained on them and data in them.

Opportunities lost its own place in the navigation and the stakeholders who had been reviewing it as a distinct module lost the thing they could point at. It also meant reworking designs that had already been through review, which is the least popular kind of rework.

Phased the release around technical dependencies and pushed the patient module to last.

It depended on the hospital admit, discharge and transfer feed, an integration owned outside the team. Everything else in the rounding suite could be built without it.

The most compelling part of the story moved out of the first release. It was read as scope reduction until it was reframed as pilot risk, and reframing it took a conversation rather than a slide.

Fig. 01Release sequence

The round itself

1.0

History and question-level detail

1.1

The patient module

2.0

Nothing waits.

Phases run in relative sequence. The patient module waits on an integration nobody on the team owned, so it could not hold the other two hostage.

Mandate and outcomes

What was mine, and what came of it.

A

Anup

Product definition and design

  • Module architecture and release structure
  • Operating models and site segmentation
M

Manager

Portfolio roadmap and prioritization

  • Roadmap above the module
  • Final prioritization across the portfolio
  • Handoff plan
E

Engineering

Implementation from this point forward

  • Admit, discharge and transfer integrations
  • Estimation and production behavior of follow-ups

What came of it.

The module shipped. Its AI features stayed in early testing, which is the normal speed of an industry that has learned to distrust a new tool arriving with a demo. Everything below is sorted by what kind of evidence stands behind it.

  • 01Validated. The module shipped and runs in production. That is the one claim here a real working day has tested, and it is the reason the rest of this page is worth reading.
  • 02Directional. The architecture correction was accepted and scoped by the engineers who would have had to build both systems. That is a judgment by the people closest to the cost, which is worth something, and it is not a measurement.
  • 03Not measured. Adoption, compliance change, and time saved. None of them were measured, so a number here would be invented, and whether the two operating models hold up on a unit rather than on paper sits in the same column.

Whether the patient-module reframing holds once that feed exists, whether folding opportunities into follow-ups actually cuts duplicate work, and whether the ambient-capture exploration earns the trust an AI feature has to earn in this industry before anyone will use it.

At handoff

Already true

  • Six months of informal stakeholder conversation, with screens but no agreed architecture.
  • A follow-ups system already running at most sites, and a constrained design library the near-term track had to build inside.
  • The decision to build rounding at all.

Still open

  • The AI features, still earning their way in on an industry's timeline, not a demo's.
  • The external patient module, still waiting on the same feed it had always been waiting on.

In hindsight

The stop should have come sooner.

  1. Lock the architecture before prototypingEarly on, there was more speculative building than I would repeat. I would settle the information architecture in one structured session before touching a prototype, rather than discovering it through iteration.
  2. Know which questions deserve a prototypeThe sharpest concern raised against the design, a way two rounders covering the same unit could double-log one finding, surfaced only because the prototype made the scenario visible. The judgment worth keeping is which questions deserve a prototype, and which ones are being avoided by building one.

More work

Continue with another case study.