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Dealing with the issue of “Can practical wisdom be taught in business schools?,” in this chapter, I argue for an inquiry-based learning approach as a way of improving today’s management education. Following along these lines, I initially focus on the current criticism of today’s management education in business schools. Then, I provide an introduction into the recent interest in the topic of practical wisdom by management scholars that emerged as part of an effort to overcome these failures of business schools. These attempts, however, remain on a rather vague or theoretical level and are lacking helpful guidance on how universities might implement this concept into their educational offerings. In order to remedy these shortcomings, I introduce a competency-based three-pillar model of practical wisdom and combine it with an inquiry-based learning approach. A comprehensive scheme highlights how the particular competencies of practical wisdom can be fostered over the successive stages of the inquiry process. Most importantly, by describing a MA-thesis program as a successful example of these ideas in application, I provide concrete suggestions of how to facilitate the growth of practically wise competencies by means of an inquiry-based learning approach.

This chapter provides an outline of how the essential elements of problem-based learning (PBL) can be adapted to enhance inquiry-based learning environments and in the process teach 21st century skills. It uses a case study of a first-year nursing course at a regional Australian university to show how essential PBL elements can be adapted in an ‘ePBL’ context, following five ePBL steps. Overall, it is argued that a carefully mapped outset of learning outcomes and PBL problems designed as inquiry-based activities provide a ‘liquid learning’ environment that will ultimately prepare confident graduates who will be able to take full advantage of the 21st century learning and professional contexts in which they find themselves.

In this chapter, we argue that if online education moves toward a dynamic, collaborative, and humanized experience, inquiry-based learning can result almost naturally. We begin by briefly tracing the history and growth of online education and discussing the real, and often negative, perceptions about online education. The readers are then asked to consider their assumptions about student’s learning experiences in the face-to-face environment before making decisions about strengths and limitations of online education. The chapter then provides an overview of how online education and technology-enhanced classes create natural linkages to inquiry-based learning while meeting the unique needs of diverse learners; general examples of technology as a modality for inquiry-based learning are provided. The chapter culminates with four case studies that demonstrate how inquiry-based learning can be facilitated outside of the classroom walls and effectively integrated with technology. The case studies are drawn from education, chemistry, and business providing an example of how to investigate facts through collaborative presentations, develop informed opinions through asynchronous discussion, and make sense of concepts through curation.

Inquiry-based teaching can provide a number of proficiencies and skills that have been identified as desirable for undergraduates in economics. However, inquiry is apparently rarely used in economics contexts, perhaps because of the lack of an appropriate model. This chapter shares a model of inquiry developed for economics themes that is amenable to any year level, and provides some strategies for implementation based on insights from the literature and from successful use of inquiry in other disciplines at McMaster University. In my course, students experience considerable autonomy and formative feedback as they follow their curiosity, undertaking secondary research on a question of their own choice. Students develop critical thinking skills, information literacy, and proficiency with making and supporting arguments using economic reasoning and evidences. A number of observations are made about the challenges to extending inquiry-based learning as an alternative to the traditional lecture-based instruction that dominates in the economics discipline. However, the inevitability that students will practice “thinking like an economist” tips the argument in favor of making a place for inquiry in the economics curriculum.

The purpose of this paper is to focus on a partnership-based mentoring model and the learning experiences of participant mentees and mentors. As part of the project, newly qualified teachers (NQTs) were supported to develop and implement a practitioner enquiry (teacher/action research) in a learning community involving two local authorities and an initial teacher education institution.

Qualitative data were collected from five semi-structured focus group interviews with key participant groupings to uncover perceptions and experiences of the partnership and professional learning therein. Analysis using an inductive and iterative approach pinpointed a number of emerging themes used to frame key elements of the findings.

Findings suggested that the partnership-based model promoted the professional learning and development of NQTs and their mentors in various ways. The nature and shape of the partnership had an influence on the quality of mentoring and support experienced. The community effectively supported the implementation of meaningful enquiry projects, which had clear connections to the enhancement of professional practice and pupil learning. However, specific tensions and conflicts emerged as hindrances to successful partnership-based mentoring in the specific context.

New insights into the role of a partnership-based mentoring scheme supporting practitioner enquiry-based learning of NQTs emerged. The local, layered community defining the partnership, and operating within the frame of a national induction scheme, was analysed. Benefits for partners were identified and specific challenges and tensions highlighted, both providing new evidence with potential to impact policy and practice. Policy developments supporting teachers to be mentors and enquiring professionals need to recognise the structural and support tensions that exist in contextual practice.

This study aims to describe the feasibility of designing and fostering pre-service teacher inquiry at the intersection of community and disciplinary engagement. Mapping My Math (MMM), a game-based and mobile learning activity, guided pre-service teachers in playfully exploring mathematics featured in the everyday activities of people and places and creatively representing this inquiry with digital media.

This study draws from design-based research that examined the role of place, digital media and mobility in mathematics teacher education. Design narrative methods describe how MMM was created, implemented and refined to support disciplinary inquiry across settings given the evolution of tools, activities and practices. The study and design narrative address the following question: How can game-based and mobile learning be designed to support pre-service teachers’ disciplinary inquiry of everyday mathematics?

Findings shared in this study’s design narrative attend to the quality of pre-service teachers’ inquiry-as-play, or expressive mobility situated amonglearners’ social and material relations, disciplinary concepts and the built environment.

Implications from this study concern the role of mobile learning in mathematics teacher education to connect school, community and online settings; the potential of gameful design to impact pre-service teacher learning across settings; and the importance of fostering disciplinary inquiry whereby pre-service teachers can “navigate” their own learning.

Game-based and mobile learning designs, like MMM, can create the conditions for cross-setting mobility as generative of inquiry-as-play in mathematics teacher education. MMM encouraged pre-service teachers to playfully leverage disciplinary practices that shaped new relationships with mathematics, their city and the mathematics of place and community.

In this self-study, a pre-service teacher educator and her students in a pre-service teacher education program course elective – “21st Century Teaching and Learning with Technology” – explored and reflected upon the complexities of imbedding inquiry-based learning as both a method of teaching and for learning about integrating technology into teaching practice. They discovered that inquiry activities incorporating application, synthesis, and critical analysis functioned as effective learning vehicles through which individuals can explore their own orientations and understandings. An authentic task for learning in which students were tasked with taking on responsibility for a cross-disciplinary, multi-grade professional development workshop for classmates proved to be the cornerstone upon which students gained self-efficacy in terms of beliefs in personal abilities to integrate technology, refined pedagogical perspectives, and theorized ways to enhance and nurture inquiry-based teaching and learning environments in 21st century classrooms that infuse technology. Their development was due, in part, to how their instructor presented learning content and modeled practice that was shaped by philosophies of teaching and learning.

Inquiry learning points is based on questions and requires students to work independently to solve problems. Instructors are facilitators of learning, not people who give right answers and instructions to learners. Haaga-Helia University of Applied Sciences Porvoo campus in Finland is a new concept for learning. The lecturers have changed from traditional ones to coaches aiming at new competences with new tools to enhance learning. Their own implementation of inquiry learning has been assessed by themselves with an ongoing self-assessment process as a part of the normal tasks of instructional teams. Self-assessment is a part of action research that aims to develop an organization and the work in it.

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.

This chapter reports a six-year integrated information literacy instruction program in Taiwan that brought together concepts from informed learning, especially the six frames, with inquiry-based learning frameworks in schools. A total of eleven inquiry projects have been implemented from grades 1 through 6. Six projects selected for each grade are explained in detail. The themes of the projects are designed based on the essence of six frames, each project involving one to three frames depending on the integrated subjects. Through the descriptions, we present how the information literacy instruction is integrated into various subject matters via the framework of inquiry-based learning, such as the Super3 and Big6 models. Students’ performances in subject content and information literacy of the six projects are delineated quantitatively and qualitatively.