This study examined whether athletic training students in a four-year undergraduate entry-level accredited athletic training program in a postsecondary institution perceived the PEARLS model as effective in providing feedback. Although students look to the feedback process to help them better understand their skill and performance level when…

This tribute article highlights Professor Marion Bogo's groundbreaking work on simulation-based social work education. We highlight Professor Bogo's lifetime commitment to enhancing social work education through research, mentorship, and innovation. Professor Bogo advanced the use of simulation with trained actors by implementing a structured and…

Simulation is an educational strategy in nursing education that incorporates structured activities that depict real-life situations to develop and enhance the knowledge, skills, and attitudes of nursing students by allowing them to analyze and initiate interventions for realistic situations in a simulated environment. Debriefing is a reflective…

The Next Generation NCLEX (NGN) tests nursing graduates' clinical judgment based on the Clinical Judgment Measurement Model (CJMM). Faculty are facing challenges because based on Benner's Novice to Expert conceptual model, nursing students are novices and therefore do not possess intuitive clinical judgment due to lacking clinical experience.…

This study explored how U.S. Doctor of Physical Therapy (DPT) programs integrate and implement simulation-based learning into their curricula. While recent research takes a broad view of how physical therapy (PT) programs are using simulation, this research sought an in-depth understanding by exploring the questions about (1) how are programs…

This article presents the use of simulation-based learning (SBL) for master-level school social work students at a public university in the Midwest. Findings based on the use of four school-specific case scenarios and subsequent focus group discussions suggest that live simulations can serve as a model to engage students by presenting curricula in…

Simulation is increasingly used in occupational therapy education with the objectives of developing practice skill competency and enhancing clinical reasoning. Debriefing, an integral part of the simulation process, is critical to achieving these objectives. This study sought to determine the types of debrief feedback Master of Science in…

This paper describes two examples of teaching situations in which the idea of infinity arises, and supports the conclusion that infinity is not a physical reality but a very powerful and useful mathematical device which facilitates modelling and the solution of problems in physics.

We discuss analysis of 5-grade Likert type data in the two-sample case. Analysis using two-sample "t" tests, nonparametric Wilcoxon tests, and ordinal regression methods, are compared using simulated data based on an ordinal regression paradigm. One thousand pairs of samples of size "n"=10 and "n"=30 were generated,…

Over the past ten years, propensity score methods have made an important contribution to improving generalizations from studies that do not select samples randomly from a population of inference. However, these methods require assumptions and recent work has considered the role of bounding approaches that provide a range of treatment impact…

Differential item functioning (DIF) of test items should be evaluated using practical methods that can produce accurate and useful results. Among a plethora of DIF detection techniques, we introduce the new "Residual DIF" (RDIF) framework, which stands out for its accessibility without sacrificing efficacy. This framework consists of…

Computational modeling and thinking skill sets were previously relegated to computer scientists and programmers. As a result, computational tools are largely unfamiliar to K-12 science teachers and students. Using Mathematical and Computational Thinking and Developing and Using Models were included in the "Next Generation Science…

Most of humanity's important and difficult problems such as pandemics, environmental health, and social unrest require recognizing and understanding complex systems. Students often have difficulty understanding complex systems concepts and previous research indicates that scaffolded computer simulations may facilitate learning. Few studies,…

Working collaboratively in groups can positively impact performance and student engagement. Intelligent social agents can provide a source of personalized support for students, and their benefits likely extend to collaborative settings, but it is difficult to determine how these agents should interact with students. Reinforcement learning (RL)…

The problem of an electrically charged pendulum above a grounded conducting surface is examined using traditional analyses, such as forces, energy, and torque. The system was numerically modelled using a finite difference method and analysed. A number of classroom activities have been suggested.