# ATI Engage Series Concept Map Example, Built Step by Step

Canonical: https://sakura5.app/blog/ati-engage-series-concept-map-example/  
Published: 2026-10-16  
Author: the Sakura5 team · 7 min read  
Updated: 2026-10-16  
Publisher: Sakura5 (https://sakura5.app) · support@sakura5.app

> **TL;DR:** An ATI Engage series concept map example you can copy: a dehydration case mapped node by node, plus a five-step routine for any Engage module.

![ATI Engage Series Concept Map Example, Built Step by Step](https://sakura5.app/img/blog/inline/ati-engage-series-concept-map-example-1.jpg)

An ATI Engage series concept map example looks like this: one client problem from the module sits in the centre, the first ring holds the nursing process — cues, priority problem, interventions, expected outcomes — and every line between nodes carries a verb such as “causes,” “is evidenced by” or “is treated with.” The Engage modules hand you the case and the content; the concept map is where you prove you can connect them.

That matters because the map is usually graded on reasoning, not on how much of the lesson you copied. Instructors who assign a map alongside Engage Fundamentals, Engage Adult Medical Surgical or Engage Mental Health want to see the chain from a finding to its cause and forward to an action, laid out so they can check each link.

Below: what the assignment is really asking for, a five-step routine for turning an Engage lesson into a map, a full worked example built from a dehydration case, and the mistakes that cost the most marks.

## What an ATI Engage concept map assignment is really asking for

ATI’s Engage courses are interactive online lessons built around client scenarios, readings and knowledge checks. Programs use them in different ways, so the exact template comes from your instructor, not from ATI — some use a blank page, some a care-plan grid, some a version of ATI’s own active learning templates. Check the rubric first. But almost every version grades the same four things:

- **A focused centre.** One client and one problem from the module, not the module title. “Fluid balance” is a chapter; “82-year-old with vomiting for two days” is a map.
- **Cues tied to a cause.** Each assessment finding should trace back to the mechanism that produces it.
- **A ranked problem list.** The priority problem gets the biggest arm. A flat list of five hides your clinical judgment.
- **Measurable outcomes.** Every intervention ends at a result with a number and a time frame.

The format itself comes from Joseph Novak’s work at Cornell, and the [IHMC guide to the theory of concept maps](https://cmap.ihmc.us/docs/theory-of-concept-maps.php) still describes the core unit well: two concepts joined by a labelled link, called a proposition. Your Engage map is a web of those propositions about one client. For the broader routine across all your courses, see our guide to [concept maps for nursing school](https://sakura5.app/blog/concept-maps-for-nursing-school/).

## Turn an Engage lesson into a concept map in five steps

Do this after you finish the module, not during it. The first pass through the lesson is for understanding; the map is for organising what stuck. Budget 30 to 40 minutes.

![Turn an Engage lesson into a concept map in five steps — ati engage series concept map example](https://sakura5.app/img/blog/inline/ati-engage-series-concept-map-example-2.jpg)

*Do this after you finish the module, not during it.*

### 1. Pick the client, not the topic

Engage lessons usually walk through a client scenario. Put that client in the centre with age, the presenting problem and the setting. If the module has several clients, choose the one whose case touched the most content — that map will do the most revision work for you later.

### 2. Pull 12 to 18 nouns from the lesson

Go back through the module and list concepts only: lab values, findings, mechanisms, medications, teaching points. No sentences yet. Fewer than 10 and the map is thin; more than about 20 and it becomes wallpaper, so split it into two maps.

### 3. Sort them into the nursing process

Make five branches: pathophysiology, cues, priority problems, interventions, outcomes. Drop every noun into one of them. This is the slow part by hand. In [Mindmap AI](https://sakura5.app/mindmapai/) you can paste your module notes and get an organised first draft on the canvas in seconds (a Pro feature), then drag nodes until the branches match your rubric. The app builds mind maps rather than labelled-link concept maps, so use that draft as your sorted skeleton and add the link labels yourself.

### 4. Label every line with a verb

“Leads to,” “causes,” “is evidenced by,” “is monitored by,” “is treated with,” “prevents.” If you can’t name the verb, you have found a gap in your understanding — go back to that part of the lesson before moving on.

### 5. Add three cross-links and rank the problems

A cross-link joins two distant branches: a medication to the lab value it changes, or a teaching point to the risk it reduces. Then number your problems and make the first one visibly bigger. Those two moves are where most rubrics hide their top marks.

## ATI Engage series concept map example: a client with dehydration

Here is a complete map built the way the steps describe, using a scenario of the kind Engage Fundamentals covers under fluid and electrolyte balance. The client and numbers are an illustration, not ATI’s own case, so swap in the details from your module.

![ATI Engage series concept map example: a client with dehydration — ati engage series concept map example](https://sakura5.app/img/blog/inline/ati-engage-series-concept-map-example-3.jpg)

*The client and numbers are an illustration, not ATI’s own case, so swap in the details from your module.*

**Centre:** “82 F — 2 days vomiting and diarrhoea — admitted from home, lives alone.” The age and living situation matter; both come back on the discharge branch.

**Pathophysiology, 4 nodes:** “GI fluid loss” → *leads to* → “reduced circulating volume” → *causes* → “decreased renal perfusion” → *results in* → “concentrated urine, rising BUN.” A fourth node, “reduced thirst sensation with age,” links in with *worsens*.

**Cues, 8 nodes:** heart rate 112; blood pressure 98/60 lying, 84/52 standing; dry mucous membranes; urine output 20 mL/hr for the last four hours; urine specific gravity 1.032; BUN 34 mg/dL with creatinine 1.3; sodium 148 mEq/L; new confusion about the date. Each gets a line to the mechanism above — the orthostatic drop and tachycardia to “reduced circulating volume,” the urine numbers to “decreased renal perfusion.”

**Priority problems, 3 nodes, ranked:** (1) fluid volume deficit, evidenced by orthostatic hypotension, tachycardia and low urine output; (2) risk for falls, related to orthostasis and acute confusion; (3) risk for electrolyte imbalance, evidenced by sodium 148. The first gets the thick arm.

**Interventions, 8 nodes:** IV isotonic fluids as prescribed; strict intake and output; hourly urine output until above 30 mL/hr; vital signs including orthostatics every 4 hours; daily weight on the same scale; bed alarm and call light within reach; offer oral fluids every hour once vomiting settles; repeat electrolytes as ordered. Cross-links run from “IV fluids” to “sodium 148” (*is monitored by*) and from “orthostatics” to the fall-risk node (*guides*).

**Outcomes, 4 nodes, each measurable:** urine output at least 30 mL/hr within 24 hours; standing blood pressure within 10 mmHg of lying by day two; oriented to person, place and time by day two; client states two signs of dehydration to report before discharge.

Total: 27 nodes, 3 cross-links, one screen. To revise from it, cover the cues branch and rebuild it from the mechanism, then cover the interventions and rebuild them from the problems. In Mindmap AI the outline view folds any branch into a collapsible list for exactly this, and maps sync through iCloud, so the version you built on a laptop is on your phone before class. For a second fully built example, our [heart-failure concept map walk-through](https://sakura5.app/blog/example-concept-map-nursing/) runs the same structure on a cardiac patient.

## Mistakes that cost the most marks

- **Copying the module headings as nodes.** “Assessment” and “Teaching” are branch names, not concepts. Nodes are findings, values and actions about this client.
- **Unlabelled lines.** A line without a verb shows you noticed two things on the same page, not that you know why they connect.
- **Generic interventions.** “Monitor vital signs” earns little. “Orthostatics every 4 hours because standing BP is 84/52” earns the point.
- **Outcomes with no number.** “Improved hydration” can’t be evaluated. A urine output target and a time frame can.
- **Every problem the same size.** If the fall risk looks as important as the volume deficit, the map hides the judgment the assignment exists to test.

If your map keeps sprawling, build the hierarchy first as a plain mind map in [Mindmap AI](https://sakura5.app/mindmapai/), settle the order, and only then copy it onto your instructor’s template and add the labelled links.

## FAQ

**Does ATI provide a concept map template for Engage?**

ATI publishes active learning templates, and some programs adapt those for Engage assignments, but the concept map format is usually set by your instructor. Check the course rubric before you start. Whatever the template, the graded parts are the same: a focused client in the centre, linked cues, ranked problems, and outcomes you can measure.

**How many nodes should an Engage concept map have?**

Aim for roughly 20 to 35 nodes for one client and one priority problem. That is enough to show pathophysiology, cues, interventions and outcomes without crowding the page. If you go past about 40, the map stops being readable, and splitting it into a second map for a second problem usually works better.

**Can I make my ATI Engage concept map in an app?**

Yes, as long as your instructor accepts a typed or exported map. A mind map app is fast for sorting concepts into branches and reordering them; you then add labelled links on your final template. Some instructors want a specific form, so confirm the submission format before building the final version.

**What is the difference between a concept map and a care plan in Engage?**

A care plan lists the same parts — assessment, diagnoses, interventions, evaluation — in columns. A concept map shows how they connect, with labelled lines and cross-links between branches. Many instructors use the map first to build reasoning, then ask for a care plan written from it, so the two should agree.

About the app: [MindMap AI: Mind Map Maker](https://sakura5.app/mindmapai/) · App Store: https://sakura5.app/go/mindmapai?from=/blog/ati-engage-series-concept-map-example/