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HLT-RESP80-06 · Lesson 12 · 42 clock hours · field

Integrated Clinical Simulation: Full-Shift Patient Care Episodes

Objective. Students will independently manage a simulated caseload of three patients across a condensed clinical shift scenario, demonstrating integrated assessment, treatment, documentation, communication, and emergency response competencies with minimal instructor prompting.

⚠ Pending professional review

This lesson, its worked examples and its practice questions has not yet been verified by a licensed clinician in the field or by a certification or approval body. It is a study draft and may contain errors. Do not use it to make decisions about any patient or medication. Always follow your instructor, your supervising professional, and current official references and regulations.

VoTechWorks program approval and accreditation are still in progress. Credentials are issued only by the certifying bodies named in each program, after their own exams.

What This Simulation Demands of You

This lesson places you in the role of a respiratory therapist managing a real clinical shift — compressed into a simulation environment. You are responsible for three patients simultaneously, each with different conditions, different equipment needs, and different risk levels. There is no script. Your job is to assess, treat, document, communicate, and respond to emergencies using everything you have learned, with minimal prompting from your instructor.

This is the closest experience to independent clinical practice you will have before entering the workforce. How you perform here directly reflects your readiness to sit for the NBRC credentialing exams and, ultimately, to hold your state respiratory therapy license — the legal requirement to practice.

Your Three Patients

Patient 1 — Ventilator-dependent ARDS: This patient requires you to interpret ventilator data, verify alarm limits, and apply lung-protective ventilation principles. Monitor plateau pressure, tidal volume relative to ideal body weight, and oxygenation closely. Any unexpected change in compliance, resistance, or SpO₂ must be investigated immediately. Do not silence alarms without identifying and correcting the cause.

Patient 2 — COPD on High-Flow Nasal Cannula (HFNC): HFNC delivers heated, humidified oxygen at precise FiO₂ and flow rates. For a COPD patient, monitor closely for CO₂ retention; do not assume high SpO₂ alone means the patient is safe. Watch for signs of increased work of breathing — accessory muscle use, paradoxical breathing, rising respiratory rate — which may signal that HFNC is failing and a higher level of support is needed.

Patient 3 — Post-Extubation Monitoring: A recently extubated patient can deteriorate quickly. Assess for stridor, hoarseness, adequate cough, and the ability to protect the airway. Monitor SpO₂, respiratory rate, and mental status. If SpO₂ drops or the patient shows signs of respiratory distress, act quickly: repositioning, supplemental oxygen, or escalation to the team may all be necessary.

Shift Management: Prioritization and Time

Real RTs manage multiple patients and must prioritize care. Begin each shift with a systematic patient assessment — do not skip a patient because another seems more urgent until you have at least briefly established each patient's baseline status. Use your shift report form to organize your findings. Reassess patients regularly and after any intervention.

When the staged emergency occurs — a desaturation with monitor alarm — stop, assess the patient, follow your emergency response sequence, call for help appropriately, and document your actions and their timing. A missed emergency response is a critical safety failure in this simulation, meaning automatic remediation regardless of how well you performed elsewhere.

Interdisciplinary Rounds and SBAR

Midway through your shift, you will present your patients during simulated rounds. Use the SBAR format:

Speak clearly and concisely. Physicians value RTs who communicate accurate data and a clear clinical picture. If you receive a new order that appears unsafe or outside your scope, you are expected to question it respectfully and professionally — this is both a communication skill and a patient safety responsibility. Blindly following an unsafe order is never acceptable practice.

Documentation: If It Is Not Written, It Did Not Happen

Every assessment, every treatment, every alarm response, and every communication must be documented on your clinical forms during the simulation. Documentation is a legal and professional obligation. Undocumented patient deterioration is listed as a critical safety failure on your checklist — because in real practice, failing to document a deteriorating patient endangers that patient and exposes the clinician to serious liability.

Record times, patient responses, changes in settings, and the outcome of every intervention. Be factual and objective.

Self-Evaluation and Debrief

After the simulation, you will complete a structured self-evaluation before meeting with your instructor. Rate yourself honestly across all domains: assessment, decision-making, documentation, communication, and safety. Research consistently shows that clinicians who accurately evaluate their own performance improve faster and make safer practitioners. Your instructor will compare your self-assessment with their observation checklist and provide specific, constructive feedback.

Passing Standard and What It Means

You must pass at least 21 of 25 checklist items and receive zero critical safety failures. The three critical safety failures are: missed emergency response, incorrect ETT confirmation, and undocumented patient deterioration. If any one of these occurs, you will complete remediation and repeat the full simulation — no exceptions. This standard exists because in actual practice, these failures harm or kill patients.

This lesson is the capstone of your clinical training. Approach it with the professionalism, focus, and accountability that your future patients will depend on.

Key terms8

SBARA structured communication framework — Situation, Background, Assessment, Recommendation — used by healthcare providers to deliver clear, concise patient updates during handoffs and rounds.
Lung-protective ventilationA mechanical ventilation strategy for ARDS that uses low tidal volumes (typically 4–8 mL/kg ideal body weight) and limits plateau pressure to reduce ventilator-induced lung injury.
High-Flow Nasal Cannula (HFNC)A respiratory support system that delivers heated, humidified oxygen at high flow rates and a set FiO₂, reducing work of breathing and improving oxygenation in patients with hypoxemic respiratory failure.
Post-extubation monitoringSystematic observation of a patient following removal of an endotracheal tube, watching for signs of upper airway obstruction, aspiration risk, inadequate ventilation, or need for reintubation.
Critical safety failureA simulation performance error so serious that it would cause direct patient harm in clinical practice — in this lesson defined as missed emergency response, incorrect ETT confirmation, or undocumented patient deterioration — requiring mandatory remediation.
Plateau pressureThe pressure measured in the lungs at the end of an inspiratory hold on a mechanically ventilated patient, reflecting static lung compliance and used to guide lung-protective ventilation settings.
Work of breathing (WOB)The effort a patient expends to move air in and out of the lungs; assessed by observing respiratory rate, accessory muscle use, nasal flaring, and paradoxical chest movement.
Ideal body weight (IBW)A calculated weight based on a patient's height and sex, used in respiratory therapy to determine appropriate tidal volume settings for mechanical ventilation rather than actual body weight.
In class: Full-shift simulation: the lab is configured as a three-bed ICU/step-down unit; each student rotates through an assigned 'shift' managing patients with different conditions (ventilator-dependent ARDS, COPD on high-flow nasal cannula, post-extubation monitoring); students complete assessments, adjust therapies, respond to a staged emergency (desaturation with alarm response), and document all encounters on clinical forms. · Interdisciplinary rounds simulation: midway through the shift scenario, a simulated rounds team (instructor playing physician, peer playing nurse) conducts brief bedside rounds; the RT student presents each patient using SBAR format, answers clinical questions, and accepts or appropriately questions a new order. · Shift debrief and self-evaluation: after the simulation, each student completes a structured self-evaluation rubric rating their own performance in assessment, decision-making, documentation, communication, and safety; instructor conducts a one-on-one debrief comparing self-evaluation with observed performance checklist.
Materials: Three-station simulated ICU lab setup, adult and pediatric manikins, mechanical ventilators with training lungs, high-flow nasal cannula system, monitoring equipment (SpO2, ETCO2, cardiac monitor trainer), clinical documentation forms (full set), shift report forms, emergency equipment (crash cart, BVM, suction), self-evaluation rubric, instructor observation checklist
Check: Instructor integrated observation checklist (25 items across all competency domains): students must pass at least 21 of 25 items and receive zero critical safety failures (missed emergency response, incorrect ETT confirmation, undocumented patient deterioration); any critical safety failure requires remediation and full retest of the simulation shift.

Practice check8

Answer each question, then check it. Nothing is recorded; this is your own practice.

Patient Assessment and Diagnostics
1. During your simulation shift, the ventilator alarm activates on your ARDS patient showing high peak airway pressure. Your first action should be:
Communication and Professionalism
2. When presenting a ventilator-dependent ARDS patient during simulated interdisciplinary rounds, which SBAR component includes your current ventilator settings and the patient's diagnosis?
Therapeutic Procedures and Interventions
3. Your COPD patient on HFNC has an SpO₂ of 94% but is now using accessory muscles and has a rising respiratory rate. The most appropriate interpretation is:
Emergency and Critical Care
4. During the staged emergency, the post-extubation patient has an acute SpO₂ drop with audible stridor. After calling for help, which action is the highest priority?
Therapeutic Procedures and Interventions
5. The physician on rounds orders a tidal volume of 12 mL/kg IBW for your ARDS patient on mechanical ventilation. The appropriate RT response is:
Emergency and Critical Care
6. Which of the following events during the simulation constitutes a critical safety failure requiring mandatory remediation regardless of overall checklist performance?
Documentation and Medical Records
7. When documenting your care during the simulation shift, which principle is most important?
Communication and Professionalism
8. A student rates herself highly on self-evaluation for communication skills, but the instructor's checklist shows she did not confirm the new physician order verbally before implementing it. This discrepancy most directly indicates:
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