Using Advance Organizer Model to Influence the Meaningful Learning of New Concepts for ESL Learners in a Collaborative Classroom

This research attempted to study how using an advance organizer model can influence meaningful learning of new concepts for ESL learners in collaborative classrooms. The objectives were 1) to study the effects of using the advance organizer model, and 2) to study the student achievement after using the advance organizer model to compare to the 80 percent criterion. The study sample is purposively limited to 20 students in a class of the Introduction to Skills for Leadership and Management at Mahidol University International Demonstration School, Thailand. Post-test and observation forms were used as research tools. The data were analyzed by content analysis, mean and standard deviation. The findings revealed that 1) The effects occurred in both instructional and nurturant effects. The students engaged effectively in learning and acquiring information. Students discussed and exchanged information using existing knowledge and experiences to connect and explain the ideas to others. The instructional design also meets the steps of the advance organizer model. The teacher designed the tasks of learning follows the three phases of the advance organizer format. 2) The student achievement after using the model to meet the criteria of 80. This study reflects that the model can influence meaningful learning of new concepts and improve academic achievements for ESL learners in collaborative classrooms. However, few researchers have addressed the problem of collaborative learning in large courses. Hence, further study should focus on implementing the model with higher numbers of students to confirm its effectiveness.

Promoting Collaborative Pedagogy in Classrooms: Challenges and Solutions

<p><em>Collaborative pedagogy appears to be productive among students and thereby adopted in many classrooms to ensure that students are active participants in the knowledge production process. However, challenges exist among students, alongside their instructors, which hinders the active involvement of students in the collaborative knowledge production process. In the same vein, the study also examines the possible ways to navigate the challenges. The argument is located within social constructivism and conceptual analysis of collaborative pedagogy to explore the trajectories of collaborative classrooms in schools. In response to the challenges, the study proposed solutions that include promotion of unity in diversities among students, the introduction of cultural variations in classrooms, and instigation of student’s readiness to interact. The study concludes that collaborative knowledge construction is worthy of being promoted with the recommendation that schools should ensure that students are taught to be united in the process of generating knowledge and that there must be concerted efforts to teach different cultures in the system with student motivation for natural interest. </em></p>

Using Advance Organizer Model to Influence the Meaningful Learning of New Concepts for ESL Learners in a Collaborative Classroom

This research attempted to study how using an advance organizer model can influence meaningful learning of new concepts for ESL learners in collaborative classrooms. The objectives were 1) to study the effects of using the advance organizer model, and 2) to study the student achievement after using the advance organizer model to compare to the 80 percent criterion. The study sample is purposively limited to 20 students in a class of the Introduction to Skills for Leadership and Management at Mahidol University International Demonstration School, Thailand. Post-test and observation forms were used as research tools. The data were analyzed by content analysis, mean and standard deviation. The findings revealed that 1) The effects occurred in both instructional and nurturant effects. The students engaged effectively in learning and acquiring information. Students discussed and exchanged information using existing knowledge and experiences to connect and explain the ideas to others. The instructional design also meets the steps of the advance organizer model. The teacher designed the tasks of learning follows the three phases of the advance organizer format. 2) The student achievement after using the model to meet the criteria of 80. This study reflects that the model can influence meaningful learning of new concepts and improve academic achievements for ESL learners in collaborative classrooms. However, few researchers have addressed the problem of collaborative learning in large courses. Hence, further study should focus on implementing the model with higher numbers of students to confirm its effectiveness.

Insight About the Use of AR and VR for Trainees

The chapter gives an overview about the use of Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR) for trainee in company. In this vein, the case of BOSCH company is summarized. The chapter provides insights about the use of these technologies in Bosch company. Future research directions and conclusions are presented. In the future, AR will have transformational impact on Humans in the Digital World. The augmentation of human mind and human perception with digital tools will lead to have transformational impact on humankind. New applications will be provided for: Maintenance & Production Training, Remote Support (expert), Real-time machine/equipment status, & monitoring with failure analysis using an OPC unified architecture. Also, Product development (preview products before development), Production line simulation (preview production lines work steps before industrialization phase), and creation of collaborative classrooms.

Promoting Collaborative Classrooms: The Impacts of Interdependent Cooperative Learning on Undergraduate Interactions and Achievement

Collaboration is an important career skill and vital to student understanding of the social aspects of science, but less is known about relationships among collaborative-learning strategies, classroom climate, and student learning. We sought to increase the collaborative character of introductory undergraduate laboratory classrooms by analyzing a 9-week intervention in 10 classrooms ( n = 251) that participated in cooperative-learning modules (promoting interdependence via a modified jigsaw technique). Students in an additional 10 classrooms ( n = 232) completed the same material in an unstructured format representative of common educational practice. Results showed that, when between-class variance was controlled for, intervention students did not score higher on weekly quizzes, but science interest and prior science experience had a reduced relationship to quiz performance in intervention classrooms. Also, intervention classrooms showed increased collaborative engagement at both whole-class and individual levels (24 students at three time points), but the intervention was only one of several factors found to account for late-intervention classroom collaborative engagement (prosocial behavior and discussion practices). Taken together, findings suggest that integrating interdependence-based tasks may foster collaborative engagement at both small-group and whole-classroom levels, but by itself may not be enough to promote increased student achievement.

Best Practices and Opportunities at Mason for Global Collaborative Classrooms

In the U.S., only 10% of graduating undergraduate students have studied in another country; therefore, U.S. universities are finding other ways to provide meaningful global experiences to all students. Mason’s approach to help students develop a variety of intercultural skills is by supporting the development of Global Collaborative Classrooms (GCCs). In this model, a Mason faculty member partners with an international peer faculty to develop a co-taught learning environment delivered via mutually determined online technology. Besides the thematic content of the course, the key pedagogical component of the GCC is an emphasis on international student collaboration. Therefore, the signature learning experience of GCCs is one in which global learning outcomes aligned with collaborative learning activities, such as group projects, group presentations and/or research, are a significant part of the design. GCCs can be created for most disciplines. The poster will primarily communicate the structural elements of a GCC, but it will also showcase technology integration best practices, internal resources and external faculty partner opportunities, and case studies of successful GCC-like courses. Finally, the poster will describe a new CISCO Systems grant-funded initiative that will provide Mason faculty an opportunity to adapt the GCC model in an existing course.