By Rohan Mehta, Lead Writing Expert (Health Sciences). MPH, Johns Hopkins. Reviewed 2026-04-19.
A concept map nursing assignment is a one-page visual diagram that places a patient at the center and radiates outward to that patient's medical diagnoses, nursing diagnoses, supporting assessment data, planned interventions, and expected outcomes, with labeled lines that show how each piece causes, treats, or measures another. It is the BSN coursework tool used to train clinical reasoning before students are trusted with multi-problem patients on the floor. Programs do not grade the prettiness of the map. They grade whether the student can prove, on paper, that the chest pain links to the troponin link to the Decreased Cardiac Output link to the oxygen order link to the SpO2 goal. This page gives you the templates, three full worked maps, the ATI fields, and the linking phrases that earn the rubric points.
Anatomy of a nursing concept map: the five required nodes
Every grading rubric you will encounter, whether it is from an ATI Active Learning Template, a Schuster patient-centered worksheet, or a Novak hierarchical map, demands the same five node types arranged around the patient. Skip one and the map collapses into a poster. Include all five with explicit linking phrases between them and the map becomes a defensible piece of clinical reasoning.
The first node is the central concept. In a patient-centered map this is the patient identifier and the priority medical diagnosis: a sixty-four-year-old male with COPD exacerbation, a twelve-year-old with new-onset type 1 diabetes, a postpartum patient with hemorrhage. Faculty want the chief problem and the patient context in the middle box because every other node must justify its existence by tracing back to it. A common rookie error is to put the unit (medical-surgical, telemetry, postpartum) in the center instead of the patient. The unit is not the concept. The patient is.
The second node category is supporting data: the assessment findings, vital signs, lab values, imaging, history, and patient-reported symptoms that the student gathered during the shift. A concept map nursing assignment is graded on whether each branch of reasoning is anchored to actual data, not to textbook generalities. A branch that says Risk for Falls without naming the morphine dose, the orthostatic drop, or the gait observation is a branch the instructor will circle in red.
The third node category is related nursing diagnoses, written in NANDA-I format with the diagnostic label, the related-to clause, and the as-evidenced-by clause when the diagnosis is actual rather than risk. The fourth is nursing interventions, ideally tagged to the Nursing Interventions Classification (NIC) so the rubric can verify the action is recognized terminology. The fifth is expected outcomes, ideally tagged to the Nursing Outcomes Classification (NOC) and written in measurable terms with a target value and a deadline.
Lines and arrows carry as much grade weight as boxes do. A solid arrow from data to diagnosis means the data confirms the diagnosis. A double-headed arrow between two diagnoses means they reinforce each other. A dashed arrow from intervention to outcome means the action is hypothesized to produce the result. If you draw lines without labels you are giving the grader a coloring book, not a reasoning artifact. For deeper alignment of the diagnostic step, see our companion page on the NANDA-I nursing diagnosis structure and writing rules.
The two main formats: hierarchical (Novak/Gowin 1984) and patient-centered (Schuster 2002)
Two formats dominate every BSN curriculum and you should know both because instructors switch between them without warning. The first is the hierarchical concept map developed by Joseph Novak and Bob Gowin in their 1984 book Learning How to Learn. In a Novak map the most general concept sits at the top of the page and increasingly specific concepts cascade downward in tiers, with crosslinks drawn diagonally between branches to show that two distant nodes share a relationship. Hierarchical maps are powerful for studying a disease process in the abstract: pathophysiology of heart failure at the top, compensatory mechanisms in the next tier, signs and symptoms below that, nursing implications at the bottom. They are less useful at the bedside because no real patient presents in tidy tiers.
The second format is the patient-centered concept map popularized by Pamela Schuster in her 2002 textbook Concept Mapping: A Critical-Thinking Approach to Care Planning. In a Schuster map the patient sits in a central box and nursing diagnoses radiate outward like spokes on a wheel. Each spoke ends in its own cluster of supporting data, interventions, and outcomes. Crosslinks between spokes show how anxiety worsens dyspnea, how immobility worsens skin breakdown, how knowledge deficit worsens medication non-adherence. Most US BSN programs after roughly 2008 adopted the Schuster format because it mirrors how nurses actually prioritize during a shift: one patient, multiple competing problems, all requiring action in the same eight or twelve hours.
The clinical reasoning underneath both formats is the same. The differences are layout and emphasis. A Novak map asks: how do these ideas relate conceptually? A Schuster map asks: how do these problems relate in this person right now? When in doubt about which format your instructor wants, ask whether the assignment is a study tool or a care-planning tool. Study tools (a map of the renin-angiotensin-aldosterone system) lean Novak. Care-planning tools (a map of Mrs. Garcia tonight) lean Schuster. Every concept map nursing rubric this author has reviewed since 2018 uses the Schuster patient-centered structure as the default, with Novak hierarchies reserved for pathophysiology classes.
How concept maps connect to NANDA-I, NIC, and NOC
The three standardized nursing languages, taken together, are what turn a concept map from a sketch into a clinical document. NANDA-I (the latest edition is the 2024 to 2026 taxonomy) supplies the approved nursing diagnosis labels. The Nursing Interventions Classification, NIC, supplies the standardized action labels. The Nursing Outcomes Classification, NOC, supplies the measurable result labels with five-point Likert indicators. A map that uses all three languages can be read by any nurse trained in the United States and most nurses trained internationally, which is why your instructor insists on them even when the labels feel clunky.
On the map itself, NANDA-I labels live in the diagnosis nodes. The full three-part PES statement (problem, etiology, signs and symptoms) is usually too long to fit inside a node, so most students put the diagnostic label inside the box and the related-to and as-evidenced-by clauses on the connecting line that runs from the supporting data cluster. This keeps the visual clean and forces the student to show the data-to-diagnosis link explicitly, which is exactly the reasoning step the rubric checks.
NIC interventions live in the intervention nodes. Each NIC label is a noun phrase like Airway Management, Anxiety Reduction, Hypoglycemia Management, Postpartum Care. Underneath the label the student writes two or three concrete actions drawn from that intervention class: for Airway Management those might be position semi-Fowler, encourage pursed-lip breathing, suction as needed, monitor SpO2 every two hours. The label tells the grader you used standardized language. The actions tell the grader you can operationalize it.
NOC outcomes live in the outcome nodes and use the same noun-phrase pattern: Respiratory Status: Airway Patency, Blood Glucose Level, Maternal Status: Postpartum, Knowledge: Disease Process. Each NOC label has a built-in indicator scale where 1 is severely compromised and 5 is not compromised. A well-written outcome on a concept map nursing assignment names the NOC label, names the specific indicator, names the current score, and names the target score with a deadline. For the deeper structure of writing measurable goals, see our walkthrough of NOC outcome statements with indicator scoring. To see how a concept map differs from the longer documentation form your program likely also requires, see our step-by-step nursing care plan writing guide.
Worked Example 1: A 64-year-old male with COPD exacerbation
The patient is Mr. Daniel R., sixty-four years old, admitted to the medical-surgical unit at 0430 with shortness of breath worsening over forty-eight hours. History includes a forty pack-year smoking habit (quit eight years ago), GOLD stage three COPD on home oxygen at two liters per minute via nasal cannula, hypertension controlled on lisinopril, and one prior admission six months ago for the same complaint. On arrival to the unit at 0530 his vital signs were temperature 37.4 Celsius, heart rate 112 sinus tachycardia, respiratory rate 28, blood pressure 152 over 88, SpO2 86 percent on three liters per minute via nasal cannula. Auscultation revealed diffuse expiratory wheezes bilaterally with diminished breath sounds at both bases. He was using accessory muscles, speaking in three-word sentences, and reporting fatigue and fear. Arterial blood gas drawn in the emergency department showed pH 7.31, PaCO2 58 mmHg, PaO2 62 mmHg, HCO3 28 mEq per liter, consistent with acute on chronic respiratory acidosis. Chest x-ray showed hyperinflation with no infiltrate. White blood cell count was 11.8, otherwise unremarkable.
The central concept node reads: Mr. R., 64, COPD exacerbation, day 1 of admission. The priority medical diagnosis is COPD exacerbation. Three nursing diagnoses radiate from the center.
The first nursing diagnosis is Ineffective Airway Clearance related to bronchoconstriction and excessive mucus production as evidenced by diffuse wheezes, productive cough, accessory muscle use, and SpO2 86 percent on three liters per minute. The supporting data branch lists the wheezes, the SpO2, the accessory muscle use, the ABG values, and the patient report of difficulty clearing secretions. The intervention branch uses NIC Airway Management with concrete actions: position semi-Fowler at minimum thirty degrees, encourage pursed-lip and diaphragmatic breathing every hour, administer albuterol-ipratropium nebulizer every four hours as ordered, perform chest physiotherapy if tolerated, ensure humidification on the oxygen circuit, and monitor SpO2 continuously with documented readings every two hours. The outcome branch uses NOC Respiratory Status: Airway Patency with indicator Ease of Breathing, current score 2 (substantially compromised), target score 4 (mildly compromised) by end of shift on hospital day two, demonstrated by SpO2 above 92 percent on two liters per minute and respiratory rate below 24.
The second nursing diagnosis is Activity Intolerance related to imbalance between oxygen supply and demand as evidenced by dyspnea on exertion, three-word speech, and inability to ambulate to the bathroom without rest. Supporting data: the three-word speech, the patient's self-report that walking ten feet leaves him gasping, the SpO2 drop from 86 to 82 with movement during admission. Interventions, drawn from NIC Energy Management and NIC Activity Therapy: cluster nursing care to allow rest periods of at least thirty minutes between activities, pre-oxygenate before any planned exertion, teach paced breathing during ambulation, consult physical therapy for graded activity, and provide bedside commode for the first twenty-four hours. Outcome, drawn from NOC Activity Tolerance: indicator Oxygen Saturation with Activity, current 2, target 3 (moderately compromised) by hospital day three, demonstrated by SpO2 sustained above 90 percent during a five-minute ambulation with one rest break.
The third nursing diagnosis is Anxiety related to perceived threat of suffocation as evidenced by patient verbalization of fear, restlessness, and heart rate 112. Supporting data: the verbalization, the elevated heart rate (after correcting for the bronchodilator effect), the restlessness on examination. Interventions, drawn from NIC Anxiety Reduction: stay with patient during acute dyspnea episodes, use a calm voice and slow breathing modeling, explain every procedure before performing it, teach the patient that pursed-lip breathing actively relieves the air-trapping sensation, and screen for prior panic episodes that may compound the dyspnea. Outcome, drawn from NOC Anxiety Self-Control: indicator Uses Effective Coping Strategies, current 2, target 4 by discharge, demonstrated by patient verbalizing two coping techniques and reporting subjective anxiety below 4 on a 10-point scale.
The crosslinks tell the rest of the story. Anxiety worsens Ineffective Airway Clearance because anxiety drives a faster, shallower respiratory pattern that defeats the pursed-lip technique. Activity Intolerance worsens Anxiety because each failed ambulation reinforces the fear of suffocation. Effective Airway Clearance interventions improve Activity Intolerance outcomes because oxygen delivery during exertion improves. A grader scanning this map sees the labeled boxes, then sees three crosslinks, then sees that the student has built a closed reasoning loop. That is what earns full points on a concept map nursing rubric for an exacerbation patient.
| Nursing Diagnosis | Key Data | NIC Intervention | NOC Outcome |
|---|---|---|---|
| Ineffective Airway Clearance | Wheezes, SpO2 86%, accessory muscle use, ABG pH 7.31 | Airway Management: semi-Fowler, nebulizer q4h, SpO2 q2h | Respiratory Status: Airway Patency, target 4 by day 2 |
| Activity Intolerance | 3-word speech, SpO2 drop with ambulation, fatigue | Energy Management: clustered care, pre-oxygenate, paced ambulation | Activity Tolerance: SpO2 above 90% during 5-min walk by day 3 |
| Anxiety | Patient verbalization of fear, HR 112, restlessness | Anxiety Reduction: presence, slow-breathing modeling, education | Anxiety Self-Control: subjective anxiety below 4/10 by discharge |
Worked Example 2: A 12-year-old with newly diagnosed type 1 diabetes
The patient is Sofia M., twelve years old, admitted from the pediatric emergency department after presenting with three weeks of polyuria, polydipsia, eight pounds of unintentional weight loss, and a glucose of 412 on capillary check. Initial labs in the emergency department: serum glucose 438, bicarbonate 16, anion gap 18, urine ketones large, hemoglobin A1c 11.4, pH 7.30. She was treated for mild diabetic ketoacidosis with intravenous insulin and fluids, then transitioned to subcutaneous insulin once acidosis resolved. By the time she arrives on the pediatric floor on day two of admission she is alert, hungry, frightened, and accompanied by her mother and ten-year-old brother. The family speaks English and Spanish at home. There is no prior diabetes in the immediate family. Her mother works two shifts and her father is deployed overseas for another four months. Sofia plays competitive soccer.
The central concept node reads: Sofia M., 12, new-onset type 1 diabetes mellitus, post-DKA, hospital day two. Three nursing diagnoses anchor the spokes.
The first nursing diagnosis is Deficient Knowledge (newly diagnosed type 1 diabetes) related to no prior exposure to the disease as evidenced by patient and parent verbalization of confusion about insulin, carbohydrate counting, and hypoglycemia recognition. Supporting data: parent statement "I don't know what a unit is", patient statement "Will I have to do this forever?", absence of any prior diabetes education in the chart, hemoglobin A1c 11.4 confirming the diagnosis is recent in clinical impact. Interventions, drawn from NIC Teaching: Disease Process and NIC Teaching: Prescribed Diet: present the pathophysiology in age-appropriate terms with a pancreas-and-insulin diagram, teach blood glucose self-monitoring with the patient performing a fingerstick under supervision, teach carbohydrate counting using a simple plate method first and a gram-counting method second, teach insulin administration using a saline-loaded syringe and a teaching pad before any real injection, teach the symptoms of hypoglycemia (shakiness, sweating, hunger, confusion) and the rule of fifteen (fifteen grams of fast carbohydrate, recheck in fifteen minutes), and provide written materials in both English and Spanish. Outcome, drawn from NOC Knowledge: Diabetes Management: indicator Recognition of Hypoglycemia and Hyperglycemia, current score 1 (no knowledge), target score 4 (substantial knowledge) by discharge, demonstrated by patient and parent each correctly identifying three symptoms of each state and the correct response.
The second nursing diagnosis is Risk for Unstable Blood Glucose Level related to new insulin regimen, missed meals during recent illness, and active sport participation. Supporting data: the recent DKA episode, the upcoming return to soccer practice, the variable home meal schedule documented in the social history, the absence of an established insulin-to-carbohydrate ratio. Interventions, drawn from NIC Hyperglycemia Management and NIC Hypoglycemia Management: monitor glucose before every meal and at bedtime, document trends, hold insulin and notify provider if pre-meal glucose is below 70, treat hypoglycemia per the rule of fifteen with glucose tablets at the bedside, coordinate with the pediatric endocrinology team on insulin sensitivity adjustments around exercise, teach the family that exercise increases insulin sensitivity and that pre-soccer carbohydrates and post-soccer monitoring are required. Outcome, drawn from NOC Blood Glucose Level: indicator Blood Glucose, current 2 (substantially compromised), target 4 by discharge, demonstrated by glucose values within 80 to 180 for at least 70 percent of pre-meal checks during the final twenty-four hours of admission.
The third nursing diagnosis is Compromised Family Coping related to acute new diagnosis, parent absence due to deployment, and primary caregiver working two shifts as evidenced by mother's verbalization of overwhelm and tearfulness during teaching. Supporting data: the verbalization, the work schedule, the absent partner, the patient's expressed fear of being a burden. Interventions, drawn from NIC Family Support and NIC Coping Enhancement: conduct teaching at times the mother can attend, identify a second adult in the household or extended family who can be trained as a backup, provide social work consult for school nurse coordination and any insurance and supply concerns, validate the emotional response as normal, schedule a follow-up with diabetes educator within two weeks of discharge, and connect the family with a local pediatric type 1 diabetes peer group. Outcome, drawn from NOC Family Coping: indicator Family Members Express Feelings and Emotions Openly Among Themselves, current 2, target 4 within four weeks post-discharge.
Crosslinks: Deficient Knowledge worsens Risk for Unstable Blood Glucose because incorrect carbohydrate counting and missed insulin doses are the leading causes of post-discharge hypoglycemia and recurrent DKA in pediatric type 1. Compromised Family Coping worsens Deficient Knowledge because a parent in crisis cannot retain teaching, which is why teaching must be sequenced after coping interventions, not before. Knowledge gains, in turn, reduce family anxiety because competence builds confidence. The map literally draws this loop, with double-headed arrows between coping and knowledge, and a one-way arrow from knowledge to glucose stability. This is the structure that earns the full reasoning grade on a concept map nursing rubric for a new-diagnosis pediatric patient. For the broader diagnostic-to-evaluation cycle this map sits inside, see our walkthrough of the five-step ADPIE nursing process.
Worked Example 3: A postpartum patient with hemorrhage
The patient is Mrs. Ayesha K., thirty-two years old, gravida three para three, two hours postpartum from a vaginal delivery of a 4,180 gram infant after a four-hour second stage. The placenta was delivered intact at 0815. At 0945 the postpartum nurse noted a saturated peripad in fifteen minutes, boggy uterus two finger-breadths above the umbilicus deviated to the right, and patient report of dizziness on attempted ambulation to the bathroom. Vital signs at that moment: temperature 36.8 Celsius, heart rate 118, blood pressure 92 over 56, respiratory rate 22, SpO2 98 percent on room air. Estimated blood loss to that point was approximately 750 mL, meeting the threshold for postpartum hemorrhage in a vaginal delivery. The team initiated fundal massage, straight catheterization for bladder distension which produced 600 mL of urine, intravenous oxytocin per protocol, and a second large-bore IV. By 1015 the fundus was firm midline at the umbilicus and bleeding had slowed to a moderate rubra lochia.
The central concept node, written at the time of the active hemorrhage and updated through the recovery, reads: Mrs. K., 32, G3P3, postpartum hemorrhage, two hours post vaginal delivery, uterine atony with bladder distension. Three nursing diagnoses radiate.
The first nursing diagnosis is Decreased Cardiac Output related to active blood loss as evidenced by saturated peripad in fifteen minutes, heart rate 118, blood pressure 92 over 56, and patient report of dizziness on standing. Supporting data: estimated blood loss 750 mL, the orthostatic vital signs, the boggy fundus, the patient symptoms. Interventions, drawn from NIC Hemorrhage Control and NIC Shock Management: Volume: assess fundus every fifteen minutes for the first hour and document tone and position, perform fundal massage until firm and continue until two consecutive firm checks, ensure the bladder is empty because a full bladder displaces the uterus and prevents contraction, weigh peripads to quantify ongoing loss (one gram equals one milliliter), administer oxytocin per protocol with a second-line agent ready (methylergonovine, carboprost, or misoprostol per facility protocol and contraindications), maintain two large-bore IV access points, draw type and screen and complete blood count, and prepare for possible transfusion. Outcome, drawn from NOC Circulation Status: indicator Systolic Blood Pressure, current 2 (substantially compromised), target 4 by end of recovery hour two, demonstrated by systolic blood pressure sustained above 100, heart rate below 100, fundus firm midline, and lochia rubra moderate or less.
The second nursing diagnosis is Risk for Infection related to instrumentation (bladder catheterization), prolonged second stage, and disrupted vaginal mucosa. Supporting data: the straight catheterization, the four-hour second stage, the second-degree perineal laceration repaired with absorbable suture, and the patient's reported elevated baseline temperature on admission of 37.5 Celsius (now resolved). Interventions, drawn from NIC Infection Protection and NIC Perineal Care: monitor temperature every four hours for the first twenty-four hours and every eight hours thereafter, assess perineum using REEDA (redness, edema, ecchymosis, discharge, approximation) every shift, teach perineal hygiene with peri-bottle warm water front to back after every void and pad change, encourage perineal pad change at minimum every four hours or sooner if saturated, monitor lochia for foul odor or change to yellow-green color, and teach early ambulation to prevent venous stasis without increasing perineal trauma. Outcome, drawn from NOC Wound Healing: Primary Intention: indicator Approximation of Wound Edges, current 3 (moderately compromised), target 4 by postpartum day three.
The third nursing diagnosis is Anxiety related to unexpected complication and concern about future deliveries as evidenced by patient verbalization "I'm scared this is going to keep happening" and tearful affect during postpartum teaching. Supporting data: the verbalization, the affect, the fact that this was her third pregnancy and her first hemorrhage, the patient's stated plan to have another child within two years. Interventions, drawn from NIC Anxiety Reduction and NIC Emotional Support: provide truthful, calm explanation of what occurred and why, normalize uterine atony as the most common cause of postpartum hemorrhage, explain the specific risk factors present (macrosomic infant, prolonged second stage) and what would be different in a future delivery (active management of third stage, anticipatory uterotonic), encourage the partner's presence during the postpartum teaching, screen at the six-week visit for postpartum post-traumatic stress symptoms which occur in roughly one in twenty postpartum hemorrhage cases, and provide written discharge instructions in lay language. Outcome, drawn from NOC Anxiety Self-Control: indicator Reports Decrease in Duration of Episodes of Anxiety, current 2, target 4 by the six-week postpartum visit.
Crosslinks: Decreased Cardiac Output is the priority and the immediate threat, so it sits closest to the center with the heaviest line weight on the map. Risk for Infection is mitigated only after hemorrhage is controlled because perineal care cannot proceed safely while the patient is hemodynamically unstable. Anxiety is intensified by both bleeding and procedural intervention, so anxiety reduction begins concurrently with hemorrhage control through presence, narration, and explanation, not after. The completed map shows three diagnoses, three crosslinks, and a clear priority ordering that an obstetric instructor can grade in under sixty seconds. This is the level of clarity a concept map nursing assignment for a postpartum hemorrhage patient should reach.
| Worked Example | Priority Diagnosis | Crosslink Story |
|---|---|---|
| COPD exacerbation, 64-year-old male | Ineffective Airway Clearance | Anxiety worsens airway clearance, activity intolerance worsens anxiety, airway interventions improve activity |
| New type 1 diabetes, 12-year-old | Deficient Knowledge | Family coping gates knowledge uptake, knowledge stabilizes glucose, glucose stability rebuilds confidence |
| Postpartum hemorrhage, 32-year-old G3P3 | Decreased Cardiac Output | Hemorrhage control precedes infection prevention, anxiety reduction runs concurrently with both |
The ATI-style template that most US nursing programs require
The ATI Active Learning Template for Nursing Concept Maps is the dominant template used in US BSN programs because most schools subscribe to ATI as their standardized testing and remediation platform. The template imposes nine fields the student must populate, and the rubric checks each field independently. Students who treat the template as a worksheet and fill in every field score better than students who try to draw a free-form map and reverse-engineer the fields afterward. The fields appear in roughly this order on the official ATI form, with minor variation across editions.
Field one is the patient identification block: initials, age, sex, admit date, admitting medical diagnosis, allergies, code status, isolation precautions. Field two is the past medical and surgical history. Field three is the current medications list with dose, route, frequency, and indication. Field four is the priority assessment findings organized by body system, with abnormalities highlighted. Field five is the priority laboratory values and diagnostic results, with abnormal values flagged. Field six is the list of nursing diagnoses, prioritized, in NANDA-I format. Field seven is the planned interventions for each diagnosis, ideally tagged to NIC. Field eight is the expected outcomes for each diagnosis, ideally tagged to NOC with measurable indicators. Field nine is the evaluation, written at the end of the shift, stating whether each outcome was met, partially met, or not met, with the supporting evidence.
The template also asks for two synthesis prompts that distinguish ATI from a generic concept map. The first synthesis prompt is the Pathophysiology Connection: a short paragraph (three to five sentences) explaining why the priority medical diagnosis produces the priority nursing diagnosis. For the COPD example earlier on this page that paragraph would explain how chronic bronchoconstriction and mucus hypersecretion cause ineffective airway clearance, which produces the hypoxemia documented in the assessment. The second synthesis prompt is the Safety and Quality Considerations: a brief list of fall risk, infection risk, medication errors to anticipate, and any specific National Patient Safety Goals that apply. These two prompts are where the rubric awards the clinical reasoning points, so do not skim them.
| ATI Field | What Goes In It | Common Error |
|---|---|---|
| 1. Patient ID | Initials, age, admit date, code status, isolation | Missing code status or isolation |
| 2. PMH and PSH | Chronic conditions and prior surgeries | Listing acute admission cause as PMH |
| 3. Medications | Drug, dose, route, frequency, indication | Missing indication column |
| 4. Assessment | By body system, abnormals flagged | Normal-only data, no abnormals |
| 5. Labs and Diagnostics | Abnormal values flagged with reference ranges | No reference ranges given |
| 6. Nursing Diagnoses | Prioritized NANDA-I labels with PES | Medical diagnosis written as nursing diagnosis |
| 7. Interventions | NIC-tagged actions per diagnosis | Generic actions with no NIC label |
| 8. Outcomes | NOC-tagged, measurable, dated | Vague outcomes with no deadline |
| 9. Evaluation | Met, partially met, or not met with evidence | Field left blank at end of shift |
| Pathophysiology synthesis | 3 to 5 sentence link from medical to nursing dx | One-sentence definition pasted from textbook |
| Safety and quality | Fall risk, infection risk, NPSG-relevant items | Skipped entirely |
If your program uses a non-ATI template (Schuster textbook, Edmunds, faculty-built worksheet) the field names will differ but the underlying nine elements are stable across every concept map nursing rubric this author has reviewed. Map your form to these nine elements and you will not miss a graded item.
A blank, copy-ready nursing concept map template
Use the following blank template as the scaffold for any concept map assignment. Replace each placeholder in brackets with your patient's information. Lay it out on paper with the central node in the middle and three to four nursing diagnoses radiating outward, each with its own data, intervention, and outcome cluster. The text below mirrors the layout you will eventually draw.
Central node: [Patient initials], [age], [sex], [admit date], priority medical diagnosis: [diagnosis], hospital day: [day number]. Code status: [Full Code or DNR]. Allergies: [list or NKDA]. Isolation: [type or none].
Supporting data cluster (around the central node): Vital signs: T [value], HR [value], RR [value], BP [value], SpO2 [value] on [room air or oxygen device]. Priority assessment by system: Neuro [findings], Cardiac [findings], Respiratory [findings], GI [findings], GU [findings], Skin [findings], Musculoskeletal [findings]. Priority labs and diagnostics: [list with reference ranges and flags].
Nursing diagnosis spoke 1: [NANDA-I label] related to [etiology] as evidenced by [signs and symptoms]. Linked supporting data: [the specific data that confirms this diagnosis]. Linked interventions (NIC: [intervention class]): [action 1], [action 2], [action 3], [action 4]. Linked outcome (NOC: [outcome class], indicator: [specific indicator]): current score [1 to 5], target score [1 to 5] by [date or shift number], demonstrated by [measurable behavior or value].
Nursing diagnosis spoke 2: [repeat the same five sub-fields].
Nursing diagnosis spoke 3: [repeat the same five sub-fields].
Nursing diagnosis spoke 4 (optional, only if the patient genuinely warrants a fourth): [repeat]. A four-spoke map is appropriate for a complex multi-problem patient. A five-spoke map almost always means the student failed to prioritize and should be cut down.
Crosslinks: Spoke 1 worsens or improves spoke 2 because [pathophysiologic or psychosocial reason]. Spoke 2 worsens or improves spoke 3 because [reason]. Draw at least two labeled crosslinks; many strong maps have three.
Pathophysiology connection paragraph: [Three to five sentences explaining why the priority medical diagnosis produces the priority nursing diagnosis, using mechanism language: cause, leads to, results in, manifests as.]
Safety and quality considerations: Fall risk: [Morse score or descriptor]. Infection risk: [factors]. Medication safety: [high-alert medications and protocols]. National Patient Safety Goals applicable: [list].
Evaluation block (filled at end of shift): Outcome 1: [met, partially met, or not met], evidence: [observation]. Outcome 2: [met, partially met, or not met], evidence: [observation]. Outcome 3: [met, partially met, or not met], evidence: [observation]. Plan revision: [what changes for next shift]. The evaluation block is what closes the loop on a concept map nursing assignment and links it back to the iterative ADPIE process. For the head-to-toe step that populates field four of the template, see our head-to-toe nursing assessment walkthrough.
Software and tools: Lucidchart, MindMeister, Coggle, paper-and-pencil, Microsoft PowerPoint
The choice of tool matters less than most students think, but a few practical points save hours. Paper and pencil with a pack of highlighters is the fastest tool for a first draft and many faculty still prefer a hand-drawn map for clinical post-conference because it forces the student to commit to a layout rather than dragging boxes around indefinitely. The disadvantage is photocopying for submission and the difficulty of revision. If you use paper, draft in pencil, then ink the final version once the layout is settled.
Lucidchart is the most common digital tool used in BSN programs because it offers free educational accounts, has nursing-specific templates in its template library, exports cleanly to PDF and image formats for canvas submission, and allows real-time collaboration when faculty want to grade in line. The learning curve is mild. Plan to spend twenty minutes the first time you use it and ten minutes for every subsequent map.
MindMeister and Coggle are mind-mapping tools that work well for the Schuster patient-centered radial format because their default layout is exactly that geometry. They are less flexible for the Novak hierarchical layout but for the format your instructor most often wants they are the fastest tool to a usable draft. Both have free tiers that cap the number of saved maps; for a single semester this is rarely a constraint.
Microsoft PowerPoint is underrated. The SmartArt feature includes radial and hierarchical templates that resemble both Novak and Schuster layouts, and most students already own a license through their school account. PowerPoint exports to PDF natively and the file format is familiar to faculty. The disadvantage is that SmartArt resists deep customization and resizing nodes around long NANDA-I labels can be finicky.
Microsoft Word with a table-based layout works for students who hate diagramming. A four-column table with diagnosis, data, intervention, outcome rows can substitute for a visual map if your faculty allows it. Some do not, so confirm the format requirement before submitting a table where a diagram was expected.
Whatever tool you choose, the rubric does not change. The grader is not awarding aesthetic points. They are checking whether the five node types are present, whether the linking phrases are labeled, whether the NANDA-I diagnoses are correctly written, whether the NIC interventions are tagged, and whether the NOC outcomes are measurable. A perfectly hand-drawn map with these elements scores higher than a beautifully rendered Lucidchart map missing the linking phrases. This is a recurring lesson on every concept map nursing rubric we have audited.
Step-by-step: how to build your concept map in 6 steps
- Step 1, gather assessment data first, before you touch the template. Spend the first hour of your clinical shift doing a full head-to-toe assessment, reviewing the chart for past medical history and current medications, pulling the morning labs, and writing down any patient and family verbalizations you observed. Resist the temptation to start drafting diagnoses from the admission note alone. The map is graded on whether your reasoning matches the data you actually collected. For the structure of that assessment step, see our walkthrough of a focused head-to-toe nursing assessment and our guide to writing the SOAP note that often accompanies a concept map submission.
- Step 2, identify the priority medical diagnosis and priority nursing diagnosis. The priority medical diagnosis is usually the chief admitting reason. The priority nursing diagnosis is the one whose untreated trajectory threatens the patient first; it answers the question, what kills or harms this patient soonest if I do nothing? Use Maslow (physiologic before safety, safety before psychosocial) and ABC (airway before breathing before circulation) to break ties. The priority diagnosis becomes the heaviest spoke on the map and the focus of the pathophysiology synthesis paragraph.
- Step 3, branch out two to three additional nursing diagnoses. Resist five and six spoke maps. A patient with eight active problems still has a single priority and two or three actionable companion diagnoses for an eight or twelve hour shift. Each additional spoke must earn its place by being supported by data you actually collected, not data you imagine the patient might develop. For the rules on writing each spoke as a properly formed PES statement, see our guide to NANDA-I three-part nursing diagnosis statements.
- Step 4, add interventions to each spoke, tagged to NIC. For each diagnosis write three to five concrete actions and label the NIC class above them. Mix assessment, monitoring, therapeutic, educational, and collaborative actions. A spoke with five therapeutic actions and zero monitoring actions is unbalanced and faculty notice. Bias toward interventions you actually planned to perform during your shift, not a textbook list of every possible action. For the underlying evidence base for those interventions, see our overview of evidence-based practice in nursing research papers.
- Step 5, add expected outcomes, tagged to NOC, with measurable indicators. Each outcome must name a NOC class, a specific indicator, a current score, a target score, and a deadline. Vague outcomes (patient will breathe better) score zero. Measurable outcomes (SpO2 sustained above 92 percent on two liters per minute by end of shift on hospital day two) score full points. For the deeper structure of writing measurable outcome statements with indicator scoring, see our walkthrough of NOC outcome statements with indicators.
- Step 6, evaluate at end of shift and revise. Return to each outcome and mark it met, partially met, or not met, with the supporting evidence. Then write a one or two sentence plan revision for the oncoming nurse: what stays, what changes, what new diagnosis emerged, what diagnosis is resolved. The evaluation step is what makes a concept map nursing assignment a clinical reasoning artifact rather than a study sheet, and it is the field most students leave blank.
Linking phrases that show clinical reasoning
The labels on the lines between nodes are where the rubric finds the reasoning. A line without a label is decorative. A line with a precise verb phrase tells the grader exactly which kind of relationship you are claiming. The verb you choose matters. The list below catalogs the linking phrases that appear most often in well-graded maps, organized by the relationship type.
- Causal links (data to diagnosis): manifests as, is evidenced by, is confirmed by, indicates, suggests, supports, leads to, results in, contributes to, predisposes to.
- Therapeutic links (intervention to outcome): is treated by, improves with, is reduced by, is prevented by, is monitored by, is reassessed by, is taught using, is collaborated with.
- Reinforcing links (diagnosis to diagnosis): worsens, exacerbates, perpetuates, compounds, is reinforced by, mutually reinforces, is gated by, must be addressed before.
- Mitigating links (intervention or knowledge to risk): reduces the risk of, mitigates, prevents, screens for, anticipates.
- Measurement links (outcome to data): is demonstrated by, is measured by, is documented as, is tracked through.
Use at least one verb from each category on a complete concept map nursing assignment. A map populated entirely with leads to is a map a senior instructor will spot in three seconds and grade down. Variation signals reasoning depth. The ADPIE feedback loop, with its assessment-to-evaluation cycle, is built directly on these verbs; for the full structure see our overview of the five-step nursing process.
How concept maps differ from care plans
Many students conflate the two and submit one when the other was assigned. They are different documents that serve different purposes, and most BSN programs require both at some point. A concept map is a visual reasoning tool. A care plan is a sequential documentation tool. The visual format of the map is the point: it forces the student to see relationships between problems that a linear care plan can hide. The linear format of the care plan is also the point: it forces the student to document interventions and evaluations in a structure that mirrors the electronic health record.
The content overlaps heavily. Both documents include the patient identifier, the medical diagnosis, the prioritized nursing diagnoses, the supporting assessment data, the planned interventions, and the expected outcomes with evaluation. The difference is layout and emphasis. The map foregrounds relationships and crosslinks. The care plan foregrounds the sequence of action: assess, then plan, then implement, then evaluate, with each step in its own column or section.
A practical workflow is to draft the concept map first, because it forces prioritization, then expand each spoke into a row of the care plan. Many programs accept this workflow explicitly and some grade the map as the planning artifact and the care plan as the implementation artifact. For the full structure of the linear care plan that most often accompanies a concept map nursing submission, see our step-by-step nursing care plan template.
Where students get burned is when they submit a care plan in a tabular format and call it a concept map. The map must be visual. If your faculty wanted a table they would have asked for a care plan. Conversely, submitting a free-form bubble diagram in place of a graded care plan loses the structured documentation points the rubric awards.
Common errors students make in nursing concept maps
Five errors account for most of the lost points on a concept map nursing rubric. They are easy to avoid once you know to look for them.
Error one, writing medical diagnoses where nursing diagnoses belong. COPD is a medical diagnosis. Ineffective Airway Clearance is the nursing diagnosis the COPD produces. Type 1 diabetes is a medical diagnosis. Deficient Knowledge and Risk for Unstable Blood Glucose are the nursing diagnoses that follow from the new diagnosis state. Postpartum hemorrhage is a medical condition. Decreased Cardiac Output is the nursing diagnosis. Every nursing diagnosis must come from the NANDA-I taxonomy, which is the closed list of approved labels published in the 2024 to 2026 edition. If your label is not in that list, it is not a nursing diagnosis. For the structure of the three-part PES statement, see our guide to writing NANDA-I nursing diagnosis statements.
Error two, missing the data-to-diagnosis link. A spoke that names Anxiety without listing the verbalization, the heart rate, or the observed restlessness is a spoke without evidence. The rubric awards no credit for unsupported diagnoses. Always anchor each spoke to specific assessment data and label the line that connects them with a verb like is evidenced by or manifests as.
Error three, using one-way arrows where bidirectional relationships exist. Anxiety worsens dyspnea and dyspnea worsens anxiety. Pain limits ambulation and immobility worsens pain. Knowledge deficit worsens family coping and family crisis blocks knowledge uptake. When a relationship is genuinely bidirectional, draw a double-headed arrow and label the line accordingly. Single arrows where bidirectional was correct cost reasoning points.
Error four, overcrowding the central node. The central node should hold the patient identifier, the priority medical diagnosis, the hospital day, and possibly code status and isolation. It should not hold every detail of the past medical history, every medication, every assessment finding. Push those into their own clusters and let the central node breathe. An overcrowded center is the visual equivalent of an introductory paragraph that tries to say everything.
Error five, vague outcomes. Patient will breathe better, patient will feel less anxious, patient will understand diabetes are not outcomes. They are wishes. A real outcome names a NOC class, a specific indicator, a current and target score on the indicator scale, and a deadline. Faculty grade outcomes the same way they grade SMART goals: specific, measurable, achievable, relevant, time-bound. For the deeper walkthrough of measurable outcome writing, see our guide to NOC outcome statements with indicator scoring. For the broader question-formulation skill that underlies measurable goals, see our overview of PICOT question structure for evidence-based practice.
Concept maps in NCLEX next-gen item review
The NCSBN launched the Next Generation NCLEX in April 2023 and the new item types reward exactly the reasoning a strong concept map develops. Case studies, bowtie items, trend items, and matrix items all ask the candidate to take patient data, identify the priority cues, link cues to hypotheses, prioritize hypotheses, plan and implement actions, and evaluate outcomes. This is the ADPIE loop in disguise, and it is the same loop a Schuster patient-centered map traces visually. Students who built and revised concept maps weekly during clinical perform measurably better on next-gen items than students who memorized fact lists, because the map is the reasoning. For the broader structure that connects assessment to evaluation in NCLEX items, see our walkthrough of the five-step nursing process.
Practical implication: when you study for NCLEX, do not only re-read content. Pull three to five of your strongest concept map nursing assignments from clinical and use them as reasoning scaffolds. Ask yourself which cue would change the priority diagnosis, which intervention would the test bank reject, which outcome indicator best matches the prompt. The map you drew at the bedside becomes the question bank you study from.
How EssayFount writing experts assist students with concept maps and ATI templates
EssayFount writers in the health sciences vertical work with nursing students every week on concept maps, care plans, ATI Active Learning Templates, SOAP notes, clinical reflection journals, and capstone projects. The team is led by writing experts with graduate training in public health, nursing science, and clinical practice, and the workflow is built around the way faculty actually grade these assignments rather than around a generic essay template.
For a concept map nursing assignment, the typical engagement looks like this. The student sends the patient details, the rubric, and any assessment data they collected. An EssayFount writing expert with a health-sciences background drafts the central node, the spokes, the linking phrases, the NIC and NOC tags, and the pathophysiology synthesis paragraph, then returns the full diagram in a format the student can hand-copy or adapt. The student maintains authorship, the writer shows the reasoning structure, and the student keeps the artifact that builds the clinical reasoning skill the program is teaching.
Pricing is one transparent rate per page or per assignment, with payment required before drafting begins. There are no recurring subscriptions. There is no hidden charge for revisions inside the agreed scope. Quotes are returned within a working day and clients pay through a single secure link. Students with tight clinical deadlines can request expedited turnaround. For the related document types your concept map will likely sit alongside, see our walkthroughs of nursing care plans and SOAP note structure. For the underlying clinical reasoning model, see our overviews of the nursing process essay examples, NANDA-I nursing diagnosis, and evidence-based practice in nursing essay help.
Reader questions about nursing concept maps
What is a concept map in nursing?
A nursing concept map is a visual diagram that arranges patient data, NANDA-I diagnoses, planned interventions, and expected outcomes into a single connected graph. The patient name and key demographics sit in the centre; assessment data branch out to the diagnoses; diagnoses branch out to interventions and outcomes. Lines and arrows show how data justify a diagnosis, and how interventions will move the patient toward the outcomes. Concept mapping was adapted from Joseph Novak's 1972 educational technique and is now standard in pre-licensure clinical-judgement coursework.
What are the 5 stages of Benner's theory?
Patricia Benner's 1984 novice-to-expert theory names five stages of clinical-skill acquisition: novice, advanced beginner, competent, proficient, and expert. Concept maps are taught at the novice and advanced-beginner stages because they make explicit the reasoning a competent nurse internalises. The map is a learning scaffold; the goal is for the student to no longer need it. By the proficient stage the same reasoning happens in seconds without a written diagram, and by the expert stage it is preconscious pattern recognition.
How to make a nursing concept map?
Five steps. First, write the patient's name, age, and admission diagnosis in a centre node. Second, add branches for each body system or each functional health pattern, populated with the assessment data. Third, draw NANDA-I diagnoses as nodes connected to the data that justify them, in PES format. Fourth, attach Nursing Interventions Classification labels to each diagnosis with a short rationale. Fifth, attach Nursing Outcomes Classification labels with measurable targets. Cross-link nodes whenever a single intervention addresses more than one diagnosis.
What are some examples of nursing concepts?
Concepts a student might map include pain, oxygenation, perfusion, fluid balance, mobility, nutrition, infection, anxiety, grief, and family coping. Each is a label for a recurring patient response that NANDA-I has formalised as a diagnostic family. A concept-analysis paper takes one of these (for example, pain) and dissects its definition, antecedents, consequences, and defining attributes using Walker and Avant's eight-step method. The same concepts appear as anchor nodes in clinical concept maps because they organise the assessment data on a typical care plan.
How to create a basic nursing concept map?
Use a single sheet of paper or a digital canvas (Lucidchart, Miro, or Coggle). Start with the patient at the centre. Add three rings: assessment data closest to the patient, diagnoses in the middle ring, and interventions and outcomes on the outer ring. Use a pencil first because most maps need to be redrawn once the connections appear. Colour-code by priority (red for safety, yellow for physiological, blue for psychosocial). The completed map should let a reader trace any single intervention back to the data that justified it within three steps.