From: Simulation-based summative assessment in healthcare: an overview of key principles for practice
Considerations | Elements | Items | Example adapted to cardiopulmonary resuscitation (CPR) for an emergency physician |
---|---|---|---|
Competency to be assessed | Clear definition of competency | Know how to act in a professional situation Identify internal resources: knowledge, skills, behavior, and reasoning Identify external resources: equipment, written or electronic resources), colleagues, and so on to mobilize | The practitioner is able to handle an in-hospital cardiac arrest (CA) ACLS algorithm, airway management, leadership, management according to the type of CA (e.g., asystole, pulseless electrical activity, ventricular fibrillation) e.g., defibrillator, cognitive aids (a chart, a checklist, …), ECMO team, … |
Number of competencies | Consider the possibility of assessing one or more competencies simultaneously | In-hospital CA alone, or CA in adult patient and/or in specific conditions (e.g., child, pregnant, …) | |
Measurements | Consider measuring performance in representative and diverse situations | CA in a young polytrauma patient, in an elderly diabetic patient, in a pregnant woman or in a child out-of-hospital | |
Assessment | Context authenticity | Complex problems Adapt the complexity to the training level Ensure context relevance to future or current professional practice Interprofessional situations (vs uniprofessional) | e.g., CA due to hyperkaliemia in a patient with renal failure Complexity may be tuned for an expert with patient's chronic use of beta-blockers CA occurs in an ambulance or in an emergency room or in OR or in ICU Prefer a situation where the learner is not alone such as a member of an emergency team and not as a first responder in the street |
Standardization | Tasks and requirements known before by the participants Direct observation associated with a phase of student interaction (questioning) Rate with a checklist or a rubric | Send to the learner the assessment template prior to the assessment The simulation is followed by a debriefing (feedback) | |
Correction criteria | Multiple sources and/or iteration (e.g., repeated performances of the same scenario) Clear and specific objectives Adjusted to the assessed knowledge or to the simulation Integration of self-assessment Consider only important errors Strategies (cognitive and metacognitive) assessed during the interaction phase Prior consensus on rating and definition regarding expected level of development | e.g., time from the start of VF to the first external electric shock and/or compliance with ACLS steps and/or quality of external cardiac massage (visual and/or via sensors) Only items that have been previously decided are assessed (see above) It is not possible to assess the use of the defibrillator if the situation is pulseless electrical activity 6 instead of 5 min between 2 doses of adrenaline (minor error) versus no recognition of a shockable rhythm (major error) Ask questions during feedback phase: “Can you remind me of the administration schedule for epinephrine in CA?” (cognition). “I have observed that you administered it every minute, but as you have just said and as I think it is every 3 to 5 min, could you explain why in the situation you administered it every minute?” (metacognition) Identify minor and major errors together (all instructors involved in the assessment of this competency). Define the number of acceptable minor and/or major errors to validate the acquisition or not of the competency at this level of development | |
Scenarios | Development | Developing scenarios only after defining the skills and or competences to be assessed Ensuring the scenario reflects professional reality Incorporating the targeted skills into a scenario representing professional practice, rather than a task trainer, for example | e.g., if we want to evaluate the use of the defibrillator, we need to construct a scenario where the patient has VF or VT e.g., use a hyperkalemia CA scenario after a burial extraction but not when releasing a tourniquet after a knee replacement for an emergency physician Prefer to use a scenario with a clinical history of CA to assess CPR skills rather than performing CPR in a skill station |
Multiple skills | Several stations with short scenarios (e.g., 5–6 min) each are preferable to long scenarios (e.g., > 20 min) Critical situation | Ensure that all steps can be assessed. E.g., the use of ECMO is reserved for refractory CA and cannot be considered if the scenario lasts for 5 min and begins with the recognition of the arrest. In this case, a scenario with a CA that has already been under management for 15 min should be used | |
Test prior to use | Validity, reliability, reproducibility | The scenarios used should be pre-tested by the teaching team including using the assessment forms | |
Simulators (High and low-Technology) | Use and difficulty level validated | e.g., if intubation is expected during the scenario, the chosen manikin should allow it | |
Assessment test | standardization (Fairness) | Facilitator's role and intervention specified in advance Only one candidate per station | What can the facilitator do? E.g., can he/she guide on 4H-4 T if the learner does not think about it? |
Practical conditions | Minimum number of scenarios (8 to 15) [157] Incentive to verbalize after action (Reasoning, what is done or not done) | Scenarios in different circumstances (in and out-of-hospital), different causes (4H-4 T), different ages (child to elderly adult) To be recalled in the pre-briefing | |
Raters | At least, two raters Ideally, a rater should be involved in the formative assessment program | e.g., clinical supervisor, ACLS instructor, simulation instructor who has supervised the learner during the formative sessions, … |