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In this study, a tool has been designed and developed for learning about the concept of lag order within a dynamic model, which can be used in any teaching classes on statistics and financial data computation. To show a solution for a complex and multi-step process of finding the optimal lag order for multiple variables data series based on an information criterion a module using Visual Basic for Applications (VBA) for Microsoft Excel (MS Excel) is being developed. This module can be used for estimating a multivariate dynamic model as well as determining the optimal lag order of such a model.

Proponents have argued that simulation-based learning (SBL) offers capabilities that respond to persisting critiques of management education. This research intended to provide additional empirical evidence for the instructional effectiveness of SBL. This paper aims to discuss these issues.

This research adopted a quasi-experimental, multiple time series design to examine the instructional effectiveness of courses that incorporated computer simulations in a Master of Management program at a business school in Thailand. It compared student perceptions of three SBL courses with courses that used a variety of other instructional approaches over a period of seven years.

Results revealed that students rated the SBL courses significantly higher on overall perceived instructional effectiveness, as manifested by action-directed learning, student engagement, quality of assessment and feedback, and instructor effectiveness.

The consistency of significant results for a large number of course sections over a substantial period of time suggests that the SBL courses created a more active, productive environment in which to learn management theory and practice.

The results support assertions that simulations offer potential for enhancing the quality of university-based management education.

First, the research provides empirical insights into the implementation of SBL in management education; second, many instructors remain skeptical as to whether active learning methods imported from western contexts are suitable for Asian learners. The study addresses this issue in the light of data that describe one institution's sustained attempt to employ computer simulations in its graduate management education program.

This project developed and implemented a prototype WWW‐based instructional learning system modeled around a metacognitive research and development framework which mapped cognitive variables, to metacognitive learning strategies for those variables, to metadata for the instructional design of the media. The framework helped delineate learning strategies and related metacognitive attributes of young students acquiring knowledge in advanced science concepts in an Internet/browser‐based environment. The framework also provided a basis for learner‐specific Internet content personalization.

The purpose of this study was to explore the utility of a virtual reality (VR) classroom experience for improving the capacity of instructional leaders. Specifically, school leaders used VR to build their classroom observation and analysis skills to prepare to have more effective post-observation conversations with teachers. The authors provide insights from multiple data points that highlight the affordances of the virtual setting for improving classroom observation skills.

Drawing on the application of simulations to practice classroom observations, the authors developed a VR experience in which participants tag observable elements of academic discourse using codes from two observation protocols. The protocols identify elements of equitable student access: how teachers call on students and how they design questions. Seventy-five school leaders used the VR platform to observe a classroom scenario and code evidence of equitable classroom access. The authors analyzed data from tagging in the virtual reality scenario and triangulated these data with survey data focused on observation practices from participants' schools. A reflection component is included on the platform to collect these qualitative data.

The study results indicate that the virtual reality platform provides an innovative process for leadership professional development focused on building school leaders' capacity to identify elements of academic discourse during classroom observations. Participants reported that the opportunity to practice classroom observations in a risk-free environment was useful. However, for school leaders to fully transfer the data to using in conversations with teachers, they benefit from leadership coaching.

This study ascertains the potential effectiveness of an advanced technology for enhancing instructional leadership by using evidence-based classrooms observations to drive improvements in teaching practice. Beyond the utility of the virtual reality tool, this study provides a proof of concept for the next generation of instructional leadership through teacher observations with augmented reality.

The extant literature on school leadership development is dominated by conceptual analysis, descriptive studies of current practice, critiques of current practice, and prescriptions for better ways to approach practice. Relatively few studies have examined impact of leadership development using experimental methods, among which even fewer studies have employed a cross‐cultural comparative perspective. The aim of this paper is to discuss the feasibility of using a computer simulation as tools for research in leadership development.

This is a methodology development paper. It discusses the feasibility of using a computer simulation as tools for research in leadership development. Exemplary research questions, research designs, and data analyses are used to illustrate the potential of this approach for addressing under‐explored issues in management education.

Three categories of cross‐cultural comparative research questions are proposed: comparative study of leadership expertise, comparative study of instructional approaches, and comparative study of leadership development processes. This study demonstrates the research potential of using the computer simulations to address complex issues in leadership development across cultures.

Although computer simulations have been used as training tools for several decades, few scholars have explored their potential for use in the collection of complex data in an efficient fashion. The current study not only demonstrates how a specific simulation has been adapted to collect data on leadership development in education, but also models the means by which computer simulations could be employed in a similar fashion in other domains of education and training.

The purpose of this paper is to review published research to discern the trends in instructional practices and interventions that educators employ to augment simulation based learning in business education.

Qualitative research was conducted using a systematic review of scholarly articles that satisfied inclusion criteria, such as the study reported on a business simulation, discussed educator interventions and instructional practices, was focused on higher education or training, discusses a computer-based simulation and was published between 2007 and 2017.

Overarching themes evident within the data included: didactic interventions, preparation activities, prompting student reflection, coaching and mentoring, providing feedback, structuring teams, assessments, encouraging collaborative learning and fostering student engagement.

Although there are many systematic reviews of simulation-based learning literature, specifically within the fields of medicine and nursing, most focus on summarising the evidence that simulations are an effective tool to enable learning. To the best of knowledge, there has not been a systematic analysis of the instructional approaches or educational interventions that educators’ choose to include in the structured design of simulation-based courses in business education. This study begins to address the issue of how educators and technology synergistically aim to deliver valuable student learning opportunities.

The purpose of this paper is to contend that collegiate programs should carefully plan their capstone courses in light of the educational mission, pedagogical content knowledge, instructional techniques and delivery formats.

This is a concept paper with elements of theory building from the case of business strategy courses. After an overview of relevant research along with past and current practices, capstone course content projects and assignments are discussed in relation to delivery formats such as on-campus, hybrid partial online and full distance education.

Faculty and academic departments choosing project assignments should seek to create an integrative learning experience for students using carefully balanced delivery methods and content. Each of the instructional methods and delivery systems have certain advantages, and the use of these techniques is not mutually exclusive, in that some faculty members may choose to teach course sections using multiple learning systems.

As colleges and universities increase the range of instructional techniques and delivery formats, it is especially important to harmonize these methods with learning objectives for capstone learning experiences. Concepts for balanced integration and synthesis of topics are proposed for different instructional methods and delivery formats that can be applied in other disciplines. Using pedagogical content knowledge as a basis for improving teaching and learning is necessary to achieve balanced integration.

The purpose of this paper is to consider how simulations are increasingly used in training programs for the development of skills such as leadership. However, the requirements of leadership development go beyond the development of task specific procedural knowledge or expertise that simulations have typically been used to develop. Leadership requires flexibility in the application of knowledge developed through simulations and the creation of linkages to behavioral execution skills needed to utilize that knowledge effectively in real world settings.

The successful acquisition of flexible expertise and the related execution skills requires instructional techniques that manage cognitive load, delay automatization of responses, and provide diversity in simulated experiences to ensure richness of the mental models developed while working on simulations. The successful transfer of that knowledge to real world settings requires supplemental instructional techniques that link the use of the mental models developed on simulations to the contexts and behavioral requirements of the trainees' roles in real world settings.

If simulations are going to be used effectively for the development of dynamic skills such as leadership there is a need to go beyond their traditional use. The execution of leadership skills requires flexible expertise. The successful acquisition of rich schemata and versatile mental models as the goal of leadership development programs calls for instructional techniques that also facilitate the successful manifestation of flexible expertise.

The paper shows that, when embedded in deliberative processing, application of knowledge developed though simulations and the creation of linkages to behavioral execution skills facilitates successful performance in complex and dynamic real world challenges.

This paper aims to present the finding of a practical lab assessment used to evaluate students’ mastery of Ohm’s law. The researchers used an approach combining different instruction types and lab formats to examine whether this combination produced a unique effect on students’ performance. This multifaceted approach provided evidence about how assessment design could affect students’ lab performance. The study also discussed various strategies that could guide instructors and curriculum designers about how to incorporate lab tasks into their curriculum to facilitate students’ mastery of subject content.

This study was a quantitative experiment that used a factorial repeated measures design. The design allowed the researchers to measure participants’ task scores and time across different treatment conditions, hence enabling the effects of lab format and instructional type to be observed. All participants were recruited through the convenience sampling strategy.

The results suggested that there was a statistically significant difference in the time taken to complete the task. However, no statistically significant difference was recorded in the participants’ task scores. Overall, it appeared that participants performed better in the simulation-based labs with expository instructions.

The current study contributes to the body of knowledge on the effect of lab format and instructional type on students’ performance in lab-based assessments. The results presented here may also help instructors to determine the most appropriate form of lab formats and instruction types to be used in an electronics course.

This study aims to present a scaffolding framework incorporating sophisticated technology that can inform instructional design to support student inquiry learning in the self-regulated online environment.

The classic predict, observe and explain (POE) framework has been extended through the incorporation of an additional evaluate (E) phase into the model to enhance the self-regulated online learning environment. The extended POEE scaffolding approach, in this study, has been conceptualized as an implicit guide to support the process of guided inquiry for learning particular science concepts. Digital tools were sourced and integrated into this design framework to substitute for the support typically offered by teachers and peers in classrooms.

The findings suggest that the POEE pedagogical design facilitated the inquiry process through promoting self-regulation and engaged exploration. It also promoted positive emotions in students towards the scaffolded learning modules.

Integrating technologies that benefit students differentially in educational settings remains a considerable challenge. More specifically, in science education, an appropriate inquiry learning context that allows access to well informed pedagogical design is imperative. The application of this inquiry-based scaffolding framework can inform educators in the process of creating their own instructional designs and contexts to provide more effective guided learning.