SSH CHSOS CERTIFICATION PREPARATION
CHSOS Certified Healthcare
Simulation Operations Specialist
Exam Prep | Practice Questions & Study Guide
Total Questions 100 (Multiple Choice, Single Best Answer)
Cognitive Mix 30% Recall | 50% Application | 20% Analysis
Style Mix 75% Scenario-Based | 25% Direct Recall
Question Format 4 Options (A-D) with Detailed Rationale
Sections 6 Domain Areas Aligned to SSH CHSOS Blueprint
Standards Alignment SSH, INACSL, ASPiH, and 2026/2027 Updates
Audience Simulation Operations Specialists & Educators
Prepared in alignment with the Society for Simulation in Healthcare (SSH) Certified Healthcare Simulation Operations
Specialist (CHSOS) examination blueprint. Incorporates current INACSL Standards of Best Practice, ASPiH guidance,
and emerging simulation technologies for the 2026/2027 testing cycle.
Page 1
,CHSOS Exam Prep | Practice Questions & Study Guide Aligned with SSH CHSOS Certification Standards
About This Study Guide
This study guide provides 100 practice questions designed to prepare candidates for the Certified Healthcare
Simulation Operations Specialist (CHSOS) examination administered by the Society for Simulation in Healthcare
(SSH). Each question is constructed to mirror the cognitive complexity, content distribution, and operational
reasoning expected of a practicing simulation operations specialist. The questions span six core domains reflected in
the CHSOS examination blueprint: simulation concepts and modalities; technology and equipment; center operations
and management; scenario design and execution; audio/video, debriefing technology, and data management; and
safety, standards, and professional practice. Rationales explicitly identify why the correct response is best and why
each distractor fails, allowing candidates to internalize the operational logic that drives high-quality simulation
programs.
How to Use This Guide
Recommended study approach: (1) Complete a full section without consulting rationales, simulating test conditions;
(2) Review every rationale, including those for items answered correctly, to surface hidden misconceptions; (3)
Track incorrect items by domain and revisit those domains after 48 hours using spaced repetition; (4) Cross-reference
scenario-based questions with your center's standard operating procedures to translate theory into operational habit;
(5) Use the questions to identify gaps before sitting for the CHSOS examination, and revisit weak domains with
focused reading from the SSH, INACSL, and ASPiH standards documents.
CHSOS Examination Blueprint Overview
The CHSOS examination validates the knowledge, skills, and abilities required of a healthcare simulation operations
specialist as defined by the SSH Certification Committee. The blueprint emphasizes applied reasoning: candidates
must demonstrate the ability to select appropriate simulation modalities, troubleshoot technology, manage operations
and budgets, design and execute scenarios, support debriefing technology, and uphold psychological safety and
professional standards. Cognitive complexity is intentionally distributed with approximately 30% recall, 50%
application, and 20% analysis-level questions, mirroring the operational problem-solving specialists perform daily in
simulation centers.
Section Breakdown
Section Domain Questions
1 Simulation Concepts, Terminology, and Modalities Q1-Q16 (16 Questions)
2 Simulation Technology and Equipment Q17-Q34 (18 Questions)
3 Simulation Center Operations and Management Q35-Q50 (16 Questions)
4 Scenario Design, Setup, and Execution Q51-Q68 (18 Questions)
5 Audio/Video, Debriefing Technology, and Data Management Q69-Q82 (14 Questions)
6 Safety, Standards, and Professional Practice Q83-Q100 (18 Questions)
Page 2
,CHSOS Exam Prep | Practice Questions & Study Guide Aligned with SSH CHSOS Certification Standards
Section 1: Simulation Concepts, Terminology, and Modalities
Definitions, modalities, fidelity types, and simulation-based education principles. Covers core terminology (simulation,
simulator, simulated patient, standardized patient, fidelity, realism, modality), modalities (manikin-based, task trainer,
screen-based/VR, standardized patients, hybrid, in-situ), fidelity dimensions (physical, conceptual, psychological,
environmental, functional), and education theory (deliberate practice, mastery learning, experiential learning,
andragogy).
Q1: A simulation operations specialist is orienting a new faculty member and is asked to define "simulation"
in the healthcare education context. Which definition best reflects the SSH consensus meaning of healthcare
simulation?
A. A teaching method that uses live patients to demonstrate clinical findings in a controlled setting.
B. An educational technique that replaces or amplifies real patient experiences with guided interactive
experiences that evoke or replicate substantial aspects of the real world. [CORRECT]
C. A standardized written examination used to assess clinical knowledge without involving patients or devices.
D. A procedure in which learners observe recorded surgical cases and submit reflective essays afterward.
Correct Answer: B
Rationale: The accepted SSH definition of healthcare simulation describes it as a technique that replaces or amplifies real
patient experiences with interactive, guided experiences replicating substantial aspects of the real world. Option A describes
bedside teaching, not simulation; Option C describes traditional testing; Option D omits the interactive, immersive elements
that distinguish simulation from passive observation.
Q2: During a faculty development session, a colleague confuses the terms "simulator," "simulated patient,"
and "standardized patient." Which distinction is most accurate?
A. All three terms are interchangeable; they all refer to a person portraying a patient.
B. A simulator is a device (manikin or screen-based), a simulated patient is any person portraying a patient, and a
standardized patient is a simulated patient trained to perform consistently across learners and encounters.
[CORRECT]
C. A standardized patient is a high-fidelity manikin, while a simulated patient is a low-fidelity task trainer.
D. A simulator refers only to virtual reality software; simulated and standardized patients refer to the same individual.
Correct Answer: B
Rationale: A "simulator" is the apparatus (manikin, screen-based program, VR headset); a "simulated patient" is any
individual portraying a patient; and a "standardized patient" (SP) is a simulated patient specifically trained to deliver a
consistent, repeatable performance so that all learners encounter comparable cues and responses. Interchanging the terms
undermines recruitment, training, and operational budgeting decisions.
Page 3
, CHSOS Exam Prep | Practice Questions & Study Guide Aligned with SSH CHSOS Certification Standards
Q3: An educator evaluating a new birthing simulator notes that it visually replicates the anatomy of a
laboring patient, including skin tone and tissue compliance. Which type of fidelity is primarily demonstrated
by these physical attributes?
A. Conceptual fidelity
B. Psychological fidelity
C. Physical fidelity [CORRECT]
D. Functional fidelity
Correct Answer: C
Rationale: Physical fidelity refers to how closely the simulator's appearance, tactile properties, and anatomic features
resemble the real patient or environment. Conceptual fidelity concerns the underlying scientific accuracy of the physiology
modeled; psychological fidelity concerns the learner's sense of realism and suspension of disbelief; functional fidelity
concerns whether the device responds appropriately when used. The skin tone and tissue compliance described here are
physical attributes.
Q4: A high-fidelity manikin is being considered for a sepsis scenario. The operations specialist verifies that the
manikin's physiological model correctly links fever, tachycardia, and vasodilation to worsening end-organ
perfusion. Which fidelity dimension is being validated?
A. Physical fidelity
B. Conceptual fidelity [CORRECT]
C. Environmental fidelity
D. Functional fidelity
Correct Answer: B
Rationale: Conceptual fidelity reflects the scientific accuracy and internal logic of the physiologic or pathophysiologic
model. Verifying that hemodynamic variables respond consistently to interventions (fluids raising blood pressure,
vasopressors reducing vasodilation) tests conceptual fidelity. Physical fidelity concerns appearance, environmental fidelity
concerns room realism, and functional fidelity concerns whether the device actually performs when manipulated.
Q5: A learner completes a difficult end-of-life conversation with a standardized patient and afterward reports
feeling genuine emotional distress and a sense of having been "really there" in the room. Which dimension of
fidelity is most directly demonstrated?
A. Physical fidelity
B. Conceptual fidelity
C. Psychological fidelity [CORRECT]
D. Functional fidelity
Correct Answer: C
Rationale: Psychological fidelity is the degree to which the learner experiences the simulation as real enough to suspend
disbelief and engage emotionally and cognitively. It is heavily influenced by the SP's performance, environmental cues, and
prebriefing. Physical and conceptual fidelity support it but do not by themselves guarantee it; functional fidelity concerns
device responsiveness, not the learner's internal experience.
Page 4
CHSOS Certified Healthcare
Simulation Operations Specialist
Exam Prep | Practice Questions & Study Guide
Total Questions 100 (Multiple Choice, Single Best Answer)
Cognitive Mix 30% Recall | 50% Application | 20% Analysis
Style Mix 75% Scenario-Based | 25% Direct Recall
Question Format 4 Options (A-D) with Detailed Rationale
Sections 6 Domain Areas Aligned to SSH CHSOS Blueprint
Standards Alignment SSH, INACSL, ASPiH, and 2026/2027 Updates
Audience Simulation Operations Specialists & Educators
Prepared in alignment with the Society for Simulation in Healthcare (SSH) Certified Healthcare Simulation Operations
Specialist (CHSOS) examination blueprint. Incorporates current INACSL Standards of Best Practice, ASPiH guidance,
and emerging simulation technologies for the 2026/2027 testing cycle.
Page 1
,CHSOS Exam Prep | Practice Questions & Study Guide Aligned with SSH CHSOS Certification Standards
About This Study Guide
This study guide provides 100 practice questions designed to prepare candidates for the Certified Healthcare
Simulation Operations Specialist (CHSOS) examination administered by the Society for Simulation in Healthcare
(SSH). Each question is constructed to mirror the cognitive complexity, content distribution, and operational
reasoning expected of a practicing simulation operations specialist. The questions span six core domains reflected in
the CHSOS examination blueprint: simulation concepts and modalities; technology and equipment; center operations
and management; scenario design and execution; audio/video, debriefing technology, and data management; and
safety, standards, and professional practice. Rationales explicitly identify why the correct response is best and why
each distractor fails, allowing candidates to internalize the operational logic that drives high-quality simulation
programs.
How to Use This Guide
Recommended study approach: (1) Complete a full section without consulting rationales, simulating test conditions;
(2) Review every rationale, including those for items answered correctly, to surface hidden misconceptions; (3)
Track incorrect items by domain and revisit those domains after 48 hours using spaced repetition; (4) Cross-reference
scenario-based questions with your center's standard operating procedures to translate theory into operational habit;
(5) Use the questions to identify gaps before sitting for the CHSOS examination, and revisit weak domains with
focused reading from the SSH, INACSL, and ASPiH standards documents.
CHSOS Examination Blueprint Overview
The CHSOS examination validates the knowledge, skills, and abilities required of a healthcare simulation operations
specialist as defined by the SSH Certification Committee. The blueprint emphasizes applied reasoning: candidates
must demonstrate the ability to select appropriate simulation modalities, troubleshoot technology, manage operations
and budgets, design and execute scenarios, support debriefing technology, and uphold psychological safety and
professional standards. Cognitive complexity is intentionally distributed with approximately 30% recall, 50%
application, and 20% analysis-level questions, mirroring the operational problem-solving specialists perform daily in
simulation centers.
Section Breakdown
Section Domain Questions
1 Simulation Concepts, Terminology, and Modalities Q1-Q16 (16 Questions)
2 Simulation Technology and Equipment Q17-Q34 (18 Questions)
3 Simulation Center Operations and Management Q35-Q50 (16 Questions)
4 Scenario Design, Setup, and Execution Q51-Q68 (18 Questions)
5 Audio/Video, Debriefing Technology, and Data Management Q69-Q82 (14 Questions)
6 Safety, Standards, and Professional Practice Q83-Q100 (18 Questions)
Page 2
,CHSOS Exam Prep | Practice Questions & Study Guide Aligned with SSH CHSOS Certification Standards
Section 1: Simulation Concepts, Terminology, and Modalities
Definitions, modalities, fidelity types, and simulation-based education principles. Covers core terminology (simulation,
simulator, simulated patient, standardized patient, fidelity, realism, modality), modalities (manikin-based, task trainer,
screen-based/VR, standardized patients, hybrid, in-situ), fidelity dimensions (physical, conceptual, psychological,
environmental, functional), and education theory (deliberate practice, mastery learning, experiential learning,
andragogy).
Q1: A simulation operations specialist is orienting a new faculty member and is asked to define "simulation"
in the healthcare education context. Which definition best reflects the SSH consensus meaning of healthcare
simulation?
A. A teaching method that uses live patients to demonstrate clinical findings in a controlled setting.
B. An educational technique that replaces or amplifies real patient experiences with guided interactive
experiences that evoke or replicate substantial aspects of the real world. [CORRECT]
C. A standardized written examination used to assess clinical knowledge without involving patients or devices.
D. A procedure in which learners observe recorded surgical cases and submit reflective essays afterward.
Correct Answer: B
Rationale: The accepted SSH definition of healthcare simulation describes it as a technique that replaces or amplifies real
patient experiences with interactive, guided experiences replicating substantial aspects of the real world. Option A describes
bedside teaching, not simulation; Option C describes traditional testing; Option D omits the interactive, immersive elements
that distinguish simulation from passive observation.
Q2: During a faculty development session, a colleague confuses the terms "simulator," "simulated patient,"
and "standardized patient." Which distinction is most accurate?
A. All three terms are interchangeable; they all refer to a person portraying a patient.
B. A simulator is a device (manikin or screen-based), a simulated patient is any person portraying a patient, and a
standardized patient is a simulated patient trained to perform consistently across learners and encounters.
[CORRECT]
C. A standardized patient is a high-fidelity manikin, while a simulated patient is a low-fidelity task trainer.
D. A simulator refers only to virtual reality software; simulated and standardized patients refer to the same individual.
Correct Answer: B
Rationale: A "simulator" is the apparatus (manikin, screen-based program, VR headset); a "simulated patient" is any
individual portraying a patient; and a "standardized patient" (SP) is a simulated patient specifically trained to deliver a
consistent, repeatable performance so that all learners encounter comparable cues and responses. Interchanging the terms
undermines recruitment, training, and operational budgeting decisions.
Page 3
, CHSOS Exam Prep | Practice Questions & Study Guide Aligned with SSH CHSOS Certification Standards
Q3: An educator evaluating a new birthing simulator notes that it visually replicates the anatomy of a
laboring patient, including skin tone and tissue compliance. Which type of fidelity is primarily demonstrated
by these physical attributes?
A. Conceptual fidelity
B. Psychological fidelity
C. Physical fidelity [CORRECT]
D. Functional fidelity
Correct Answer: C
Rationale: Physical fidelity refers to how closely the simulator's appearance, tactile properties, and anatomic features
resemble the real patient or environment. Conceptual fidelity concerns the underlying scientific accuracy of the physiology
modeled; psychological fidelity concerns the learner's sense of realism and suspension of disbelief; functional fidelity
concerns whether the device responds appropriately when used. The skin tone and tissue compliance described here are
physical attributes.
Q4: A high-fidelity manikin is being considered for a sepsis scenario. The operations specialist verifies that the
manikin's physiological model correctly links fever, tachycardia, and vasodilation to worsening end-organ
perfusion. Which fidelity dimension is being validated?
A. Physical fidelity
B. Conceptual fidelity [CORRECT]
C. Environmental fidelity
D. Functional fidelity
Correct Answer: B
Rationale: Conceptual fidelity reflects the scientific accuracy and internal logic of the physiologic or pathophysiologic
model. Verifying that hemodynamic variables respond consistently to interventions (fluids raising blood pressure,
vasopressors reducing vasodilation) tests conceptual fidelity. Physical fidelity concerns appearance, environmental fidelity
concerns room realism, and functional fidelity concerns whether the device actually performs when manipulated.
Q5: A learner completes a difficult end-of-life conversation with a standardized patient and afterward reports
feeling genuine emotional distress and a sense of having been "really there" in the room. Which dimension of
fidelity is most directly demonstrated?
A. Physical fidelity
B. Conceptual fidelity
C. Psychological fidelity [CORRECT]
D. Functional fidelity
Correct Answer: C
Rationale: Psychological fidelity is the degree to which the learner experiences the simulation as real enough to suspend
disbelief and engage emotionally and cognitively. It is heavily influenced by the SP's performance, environmental cues, and
prebriefing. Physical and conceptual fidelity support it but do not by themselves guarantee it; functional fidelity concerns
device responsiveness, not the learner's internal experience.
Page 4
