
"Simulation-based learning provides higher fidelity than scenario-based learning because it closely mirrors real-world systems, tools, or environments. In this context, fidelity refers to how accurately the training experience replicates actual workplace conditions, such as the interface of a CRM platform, the steps required to operate laboratory equipment, or the workflow of a manufacturing line. Unlike scenario-based learning, which centers on decision points-moments where learners choose how to respond to a situation-simulations focus on procedural execution."
"That means learners practice carrying out the complete workflow itself, such as completing all steps of an equipment calibration or navigating every stage of a software process. For example: A scenario may ask a customer service agent, "How would you respond if a client challenged the billing amount?" A simulation would require the same agent to navigate the billing software and complete the entire adjustment process accurately."
Simulation-based learning provides higher fidelity by closely mirroring real-world systems, tools, and environments. Fidelity measures how accurately training replicates workplace conditions like CRM interfaces, laboratory equipment steps, or manufacturing workflows. Scenario-based learning centers on decision points where learners choose responses; simulations focus on procedural execution, requiring practice of complete workflows such as equipment calibration or full software tasks. Scenarios test judgment through choice-based prompts, while simulations require executing each step in sequence. Simulations work best for procedural mastery when accuracy, timing, or correct execution directly affect performance because they enable repeated hands-on practice with immediate feedback.
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