Search results

The development of information technologies has led to the rapid evolution of learning approaches and educational solutions, with a focus on active learning. In the context of the transformative learning paradigm, active learning strategies are aligned with student-centered education, enabling learners to engage with complex concepts and practical challenges critically. This chapter presents a semi-structured literature review investigating the adoption of online active learning methods in the context of economics education and its potential to promote transformative learning. The main contribution of this chapter is the development of a framework for integrating online active learning strategies in economics education, grounded in the principles of transformative learning as described by Mezirow. The proposed framework highlights the importance of designing online learning experiences that support critical reflection, dialogue, and self-directed learning and suggests strategies for promoting student engagement and collaboration in the online environment. The impact of this approach on active learning practices in (higher) education is significant, as it provides educators with a roadmap for designing online learning experiences that foster transformative learning and promote student success in the post-pandemic era. The chapter concludes with policy recommendations and future research directions for enhancing the adoption and efficacy of online active learning strategies in economics education.

This chapter presents two established pedagogical techniques to increase student engagement, simulations and peer assessment. The use of each technique, its benefits and drawbacks, and how content knowledge and student engagement increase are detailed. While each of the approaches can be utilized independently to create active learning environments, this chapter illustrates the potential to extend these approaches further. An overview of an MBA-level elective on competitive analysis structured around a simulation and peer assessment is presented. The result is a highly interactive and engaging course where the simulation and peer assessments achieve symbiotic benefits. Learning and performance in the simulation is enhanced by the application of competitive analyst reports which are used by peer “clients.” Assessment in turn leads to greater insights to the simulation, and subsequently higher levels of performance on both the simulation and future analysis work. Insights on these instructional methods, their limitations, and potential barriers to adoption are offered with the hope of inspiring others to utilize and experiment with novel approaches for further enhance learner engagement.

Active learning is not a simple practice. It is a new paradigm for the provision of high-quality, collaborative, engaging, and motivating education. Active learning has the capacity to respond to most of the challenges that institutions of higher education are facing in our time. In this chapter, we present active learning strategies used in STEM disciplines and we analyze the potential of active learning to redefine the value proposition in academic institutions. After providing the theoretical underpinnings of active learning as an evolving practice, an attempt is made to connect it with different learning theories and present an integrative model in which institutional strategies, learning strategy and information, and communication technologies work synergistically toward the development of knowledge and skills. We then present the results of a survey examining “stories” of active learning from the STEM disciplines, identifying good teaching practices, and discussing challenges and lessons learned. The key idea is that active engagement and participation of students is based on faculty commitments and inspiration and mentoring by faculty. We finally present a stage model for the implementation of active learning practices in higher education. Emphasis is put on a new vision for higher education, based on systematic planning, implementation, and evaluation of active learning methods, collaboration, engagement with society and industry, innovation, and sustainability, for a better world for all.

This chapter aims to seek insight into engagement in context, conceived through Productive Disciplinary Engagement (PDE), which can be perceived as a condition for sustained disciplinary and interdisciplinary interest and motivation. Despite ongoing trends in the design and implementation of enriched learning environments that are expected to boost effective use of material and digital tools along with new sources of information, the empirical research on their motivational and emotional consequences is still in its infancy. These environments challenge, cognitively as well as motivationally, emotionally, and socially, both students and teachers alike. Keeping in mind the challenging times for future learning and work-life, engagement and motivation are discussed with a focus on science disciplines. In these fields, there is a strong call for proficient skills in collaborative team learning, problem-solving, and collective knowledge creation in anticipation of an uncertain, challenging future. Knowledge-intensive work and knowledge demands are escalating along with fast technological development, and simultaneously tasks that demand new, not yet even existing and partly unpredicted knowledge and expertise are increasing. In addition, knowledge and expertise are progressively more distributed, with new knowledge, products and innovations being created in collaboration that crosses disciplinary borders. In this chapter, three case illustrations in different science fields and learning contexts provide empirical evidence for the discussion on the learned lessons from these illustrated studies designed to support PDE, and the potential significance of PDE for productive collaboration, sustained disciplinary interest, and motivation given later development of adaptive expertise.

Contextualizing grammar in second language (L2) classrooms implies making grammar constructs relevant to the learners’ world; affording learners the opportunities to better comprehend and apply these concepts in their own milieus. This instructional design (ID) has been devised to contextualize grammar and to explore learner engagement of pre-service English teachers through Computer-Aided Learning (CAL) and Task-based Learning (TBL) in a technology-driven learning environment. CAL encompasses technology-aided discussions, multi-media presentations, online tests and exercises, and social media deployment. TBL, on the other hand, contextualizes grammar using technology and social network in planning, executing, and presenting four assigned tasks: picture essay, brochure design, dialogue composition, and comic strips illustration. Facebook is the e-portfolio of the class, archiving all group and individual output. The CAL-TBL tandem is propelled by group initiatives and class collaboration evident in group discussions and planning, microteaching, task presentations, peer reviews, and self-evaluations. These initiatives engage learners; empowering students to collaboratively take active part and responsibility for their own learning. The three-hour-class meets every week in a computer laboratory. The post-semester feedback and online poll course design review as well as the University Course Evaluation comments have shown that the ID, from the learners’ perspective, is effective in contextualizing grammar and in engaging learners.

This chapter provides a broad overview of the practical applications of three technology-based teaching and learning tool: wikis, blogs, and WebQuests. These Web-based communication tools allow teachers and students to increase student engagement by enhancing experiential type learning. A variety of studies is presented to demonstrate how these three types of collaborative technologies can be used as inquiry-based and reflection-based active learning tools to foster higher levels of effort and participation by students. This chapter presents a variety of perspectives about how to make the learning process for both instructors and teachers more engaging, more gratifying, and more personally meaningful. In doing so, these technologies serve as enabling technologies by promising new ways to increase academic engagement and motivation. The ultimate goal in using these technologies is to develop students as lifelong learners and to foster a high value for learning and the development of higher order thinking skills that grows over time. The experiential nature and authenticity of the activities that these technologies can be used for helps achieve this purpose. Of course, technology involves a constant evolution and new technologies will always appear in the future but this does not mean that they should be viewed as passing fads or not worthy of implementing. These tools can be viewed as opportunities to expand our definition and concept of teaching and learning in the modern, post-industrial era. To that end, this chapter explores the innovative use of these technological tools to better engage students and enhance the learning process.

The aim of this chapter is to introduce a pedagogical framework, the dialogic shamrock, for collaborative learning through technology, which is not a replacement for other learning theories rather it is a synthesis of the literature which draws upon learner centric, constructivist, and sociocultural perspectives and is related to the concepts of online learning and collaborative technology including Web 2.0 in higher education. The examples of use focus on the learner as participator in curriculum design. The dialogic shamrock and examples of use presented test the framework and are intended to help educators across the educational sector to understand the key concepts to encourage learners to work collaboratively supported by technology within a socially blended learning framework in a social learning context.The framework is not intended to be prescriptive rather to act as a guide for educators who seek to use a blend of technology and class-based activities to engage learners in collaborative social learning contexts.