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Modeling is an instructional strategy in which the students learn by observing the teacher. Through modeling, students imitate particular behaviors that facilitate learning. As psychologist Albert Bandura has noted, modeling allows people to learn new behaviors without relying strictly on the effects of their own actions. This entry discusses how modeling is used in instruction, with a particular focus on the use of computer-based simulation.

Modeling can be used across disciplines and in all grade and ability levels. Types of modeling include but are not limited to (1) disposition modeling, (2) task and performance modeling, (3) metacognitive modeling, and (4) student-centered modeling. In dispositional modeling, teachers demonstrate values and ways of thinking to help develop character and communities. In task and performance modeling, teachers demonstrate tasks for students to later carry out on their own. In metacognitive modeling, teachers demonstrate how to think so students can construe data and information, examine statements, and draw conclusions and inferences from the material learned. Finally, from a less “teacher-centered” perspective, in student-centered modeling, students who have mastered concepts and learning outcomes model tasks for their peers. Creating learning models refines students’ higher thinking skills. Creating computer-supported simulation models is common practice within inquiry-based learning settings. These help hone newly acquired knowledge and identify remaining learning gaps. By interacting and experimenting with a simulator, students can examine and model phenomena and extrapolate important information.

To be an integral part of the learning process, computer-supported simulators should incorporate information presented concurrently with the simulation. Online tutorials with images and corresponding instructions are mainstream examples of computer-based simulations for learning basic skills.

Computer-Based Modeling and Simulation

Simulation programs are preeminent forms of technology-based modeling. Simulations can allow students to learn from an expert model, role-play to practice new skills, or test learning. Overall, simulations can be characterized as asynchronous media-based activities to ease learners’ application of gained knowledge to “real-life” or work situations. Observation of an expert model by means of simulation increases learners’ understanding of the expert’s thought processes and decision-making strategies. Subsequently, learners can create mental representations and produce the expected behaviors based on recall. Within simulated contexts, the prospect that modeled behaviors will be needed for achieving future events heightens the attention directed to the model. In most simulations for mastery, learners practice behaviors in a safe environment before transferring them into the real work environment.

Educational research has credited simulation with enabling discovery, experimentation, practice, and active construction of knowledge based on concrete models and examples within a risk-free learning environment. Relative to traditional approaches, modeling through simulations and scenarios is highly focused on the learner’s behavior rather than on the subject to be mastered. Further diverging from traditional approaches, which may support relatively simple and well-structured materials, simulations can accommodate the learning of complex topics with high interaction or practice demands.

Simulations are diverse and may range from simple scenarios to complex interactive games with rules and measurable outcomes. Initially adopted for military training, simulations are now used in many fields, including marketing, finance, management, clinical education, and foreign languages. The Massachusetts Institute of Technology, for instance, has used simulation games to teach its MBA students the principles of systems dynamics and operations. The American Association of Colleges of Nursing has recognized simulation as a tool to provide students with a range of experiences that they might not otherwise encounter within everyday clinical practice settings.

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