Patient Assessment & Physical Exam
Head-to-toe assessment sequence with clinical decision points at each step. Covers lung sound auscultation (crackles, wheeze, rhonchi, diminished), apical-radial pulse deficit, Glasgow Coma Scale scoring, and capillary refill interpretation — each linked to the clinical pathway it triggers.
Recognize CuesAnalyze CuesGenerate Solutions
Interpret auscultated lung and bowel sounds and link findings to underlying pathophysiologyAssess peripheral pulses and capillary refill as perfusion indicatorsApply GCS scoring (E/V/M components) for neurological monitoring and trend detectionRecognize abnormal physical exam findings that mandate immediate escalation
~20 min
Vital Signs & Hemodynamic Monitoring
Interpretation of vital sign patterns in the context of hemodynamic stability. Covers shock recognition from vital sign constellation, oxygen titration targets by diagnosis (COPD vs. general adult), fever management in the context of possible sepsis, and MAP calculation as a perfusion threshold metric.
Recognize CuesAnalyze CuesPrioritize Hypotheses
Identify hemodynamic compromise from vital sign constellation (not isolated values)Apply evidence-based oxygen saturation targets by diagnosis (SpO₂ 88–92% for COPD; ≥95% for general adult)Calculate mean arterial pressure and interpret in context of organ perfusion thresholdsPrioritize nursing interventions in a febrile patient with suspected infection
~20 min
Clinical Deterioration Recognition
Structured early warning scoring using NEWS2, institutional rapid response criteria, respiratory failure pattern recognition in COPD (hypercapnic vs. hypoxic), and urine output monitoring as a real-time organ perfusion metric. Each scenario presents a deteriorating patient with a time-sensitive decision point.
Recognize CuesAnalyze CuesTake Action
Calculate NEWS2 scores from six physiological parameters and interpret escalation thresholdsIdentify institutional rapid response activation criteria with appropriate urgencyRecognize hypercapnic respiratory failure and apply diagnosis-appropriate oxygen targetsMonitor urine output trends as an organ perfusion and fluid responsiveness indicator
~20 min
Assessment: The Trend-Witness Habit
Two patients side by side with identical vitals at the same minute — one recovering, one compensating. The candidate opens exam panels, notes findings, calls the trajectory per room, and discovers that a number is a point on a slope. NURS-04: same number = same patient is wrong when the slopes diverge. Stable patients at a stated base rate calibrate the witness habit.
Recognize CuesAnalyze CuesPrioritize Hypotheses
Read vital-sign trends as trajectories, not isolated numbersCorrelate assessment panel findings (perfusion, neuro, respiratory, renal) with the trajectory the chart is drawingCommit a trajectory call per patient before acting from the formularyRecognise that stable is a real and frequent answer, calibrating vigilance against over-calling
~25 min
Medication Safety & High-Alert Medications
ISMP high-alert medication framework applied to four clinical scenarios: pre-opioid respiratory assessment, beta-blocker hold parameters, double-check protocol triggers, and weight-based heparin infusion rate calculation. Designed to replicate the pre-administration decision chain nurses execute at the bedside.
Generate SolutionsTake Action
Apply pre-administration respiratory assessment criteria before every opioid doseImplement evidence-based vital sign hold parameters for cardiac medications (beta-blockers, digoxin)Identify ISMP high-alert medications that require independent double-check verificationCalculate heparin infusion rates from weight-based nomograms with dimensional analysis
~20 min
IV Therapy & Fluid Management
Peripheral IV site assessment using the Visual Infusion Phlebitis (VIP) scale, fluid overload recognition in the context of concurrent IV therapy, evidence-based IV fluid selection by clinical indication, and manual gravity drip rate calculation. Mapped to entry-level IV management competency domains.
Generate SolutionsTake ActionEvaluate Outcomes
Grade phlebitis severity (VIP scale 0–5) and determine appropriate IV site management actionIdentify clinical signs of fluid overload and implement the correct nursing responseSelect appropriate IV fluid type (isotonic vs. hypotonic vs. colloid) by clinical indicationCalculate manual IV gravity drip rates in drops per minute using the drop factor formula
~20 min
Wound Assessment & Skin Integrity
Structured wound assessment using the MEASURE framework, sterile field maintenance principles during dressing changes, MRSA contact precaution implementation, and NPIAP pressure injury staging (Stages I–IV and Unstageable). Includes common errors that nurses make in each area.
Analyze CuesTake ActionEvaluate Outcomes
Apply the MEASURE framework to systematically document wound status and trajectoryIdentify sterile field contamination events and determine the appropriate corrective actionImplement MRSA contact precautions including PPE selection and hand hygiene protocolStage pressure injuries using NPIAP classification and distinguish from moisture-associated skin damage
~20 min
SBAR Communication & Clinical Handoff
Evidence-based communication framework including SBAR structure and completion standards, closed-loop verification (read-back protocol) for critical lab values and verbal orders, CUS assertive communication words for safety escalation, and Joint Commission NPSG.02.01.01 interactive handoff requirements.
Generate SolutionsTake Action
Construct a complete, structured SBAR communication including all four required componentsApply read-back and repeat-back protocol for critical laboratory values and telephone ordersUse TeamSTEPPS CUS assertive communication words to escalate patient safety concernsDifferentiate interactive from one-way handoff and explain the Joint Commission standard
~20 min
Pain Assessment & Analgesic Management
Advanced pain assessment for non-verbal patients using the Critical Care Pain Observation Tool (CPOT), cardiac vs. non-cardiac chest pain clinical differentiation, safe naloxone titration for opioid-induced respiratory depression, and evidence-based multimodal analgesia implementation per ERAS® Society guidelines.
Analyze CuesPrioritize HypothesesGenerate Solutions
Apply the CPOT (Critical Care Pain Observation Tool) to assess pain in non-verbal/intubated patientsDifferentiate cardiac from non-cardiac chest pain using clinical feature clustersTitrate naloxone safely to reverse opioid-induced respiratory depression without precipitating withdrawalDesign a multimodal analgesic plan that reduces opioid requirements using evidence-based adjuncts
~20 min
Airway Management & Oxygenation
High-stakes airway management scenarios: tracheostomy decannulation emergency (mature vs. fresh stoma), evidence-based selection of supplemental oxygen delivery devices by required FiO₂ and patient diagnosis, proper suctioning technique to prevent hypoxia and mucosal trauma, and recognition of impending respiratory failure requiring escalation to noninvasive or invasive ventilation.
Take ActionEvaluate Outcomes
Manage tracheostomy emergencies including complete obstruction and accidental decannulationSelect the most appropriate O₂ delivery device based on required FiO₂ precision and patient conditionPerform oropharyngeal and endotracheal suctioning within evidence-based time and technique parametersRecognize the clinical trajectory of impending respiratory failure and initiate appropriate escalation
~20 min
Cardiac Rhythm Interpretation
Telemetry strip analysis with clinical decision integration. Covers atrial fibrillation (rate control priorities, anticoagulation, stroke risk), pulseless ventricular tachycardia (immediate defibrillation decision), first-degree AV block in the context of new drug administration or inferior MI, and PVC assessment with escalation criteria.
Recognize CuesPrioritize Hypotheses
Identify atrial fibrillation characteristics and determine rate-control and stroke-prevention nursing prioritiesRecognize pulseless VT as a shockable rhythm requiring immediate defibrillation and CPRInterpret first-degree AV block and identify contextual factors that change its clinical significanceEvaluate PVCs against institutional escalation criteria including frequency, morphology, and clinical context
~25 min
Nursing Documentation & Legal Standards
Legally defensible nursing documentation: error correction procedure (single line, "error," initials, date — never obliteration), complete refusal documentation components, objective vs. subjective data distinction in clinical notes, and contemporaneous vs. late-entry charting requirements. Mapped to entry-level documentation competency domains.
Evaluate Outcomes
Apply the legally compliant method for correcting a documentation error in the clinical recordDocument patient medication or treatment refusals with all legally required componentsDistinguish objective data (measurable) from subjective data (patient-reported) in nursing notesApply contemporaneous charting standards and properly label late entries with required notation
~15 min
Emergency Response & Resuscitation
High-fidelity emergency response scenarios: BLS cardiac arrest sequence per AHA 2020 guidelines (scene safety → responsiveness → activate code → pulse check → CPR), CPR quality metrics (compression depth 2–2.4 in, rate 100–120/min), shockable vs. non-shockable rhythm decision, and anaphylaxis first-line treatment algorithm (epinephrine before antihistamines).
Prioritize HypothesesTake Action
Execute the complete BLS cardiac arrest response sequence in correct order under time pressureApply AHA 2020 CPR quality standards for compression depth, rate, and recoilIdentify shockable (VF/pulseless VT) vs. non-shockable rhythms and determine defibrillation eligibilityInitiate anaphylaxis treatment with epinephrine as first-line agent before antihistamines or steroids
~20 min
Case Integration Capstone
Four complex multi-system clinical cases requiring full NCLEX-NGN Clinical Judgment Measurement Model synthesis: sepsis recognition and bundle initiation in a post-op patient, DNR/DNI order navigation with end-of-life family communication, hypoglycemia management using the 15/15 Rule (oral carbohydrate vs. IV dextrose decision), and post-cardiac catheterization femoral hematoma with retroperitoneal bleed recognition.
Analyze CuesPrioritize HypothesesGenerate SolutionsTake ActionEvaluate Outcomes
Apply Sepsis-3 criteria and initiate the 1-hour sepsis bundle in a deteriorating post-operative patientHonor DNR/DNI advance directives and provide evidence-based comfort care for the dying patientExecute the 15/15 Rule for hypoglycemia and select oral vs. IV route based on patient statusRecognize post-procedural vascular hemorrhage, apply immediate hemostasis, and escalate urgently
~30 min