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This paper aims to explore contribution of informal learning space - Research Cafe - to enrich research learning experiences of graduate students. Developing strong research skills among graduate students is a prime focus of higher education around the world. Thereby, universities are striving to maximise opportunities that can foster and enrich students’ learning experiences of research; however, the focus is mostly confined to formal opportunities such as research method courses and thesis writing. The provision of informal learning spaces has been recognised as a useful tool for fostering research learning experiences of graduates. This reflective paper is among a few focusing on a model of student-led informal learning space for enriching research experiences in higher education in the context of Pakistan.

This paper uses a reflective approach to generate a metalogue. The research experiences shared by the participants were further reflected by the authors after each research café session. The authors then shared their collective metacognitive reflections with each other, generating a metalogue, which was used as the data set. The metalogue was analysed thematically to generate themes.

Findings reveal that the research café is an informal space to promote academic socialisation by providing a conducive environment, peer support and informal supervision opportunities to foster the research learning experiences of graduate students. Importantly, the model presented in this paper provides a complimentary pathway for boosting learning experiences.

This paper would be useful for graduate students, faculty and university manager to acknowledge the potential of informal learning spaces in promoting research learning experiences. This paper highlights opportunities for replication, and further empirical research are needed to establish the efficacy of research café.

This study contributes to the global debate about graduate research learning experiences through informal learning space, which is yet to be explored, particularly in developing contexts like Pakistan. The idea of the research café is original, as it was conceived keeping in consideration the contextual and cultural aspects. The methodology used in this paper was specifically derived which can be replicated by other researchers.

There is a need for more in‐depth exploration of the e‐learning experiences of disabled learners in higher education, taking into account the complex relationship between learners (skills, knowledge and beliefs), their assistive technologies and the e‐learning contexts in which learners are required to operate. Participatory methods appear to have great potential in enabling the voice of disabled learners to be a more central focus of e‐learning studies. This paper will describe and evaluate a two‐year research project called LExDis, which aims to use participatory methods to explore the e‐learning experiences of disabled learners in one higher education institution. The experience of conducting phase one of the LExDis project will be discussed with regards to three main challenges to using participatory methods: informed participation; valued participation; and empowered participation.

This chapter reflectively explores the idea of doing art-based research (ABR) through poetic methods for studying the experience of learning in higher education. Taking some literature on faculty development to exemplify different ways of experiencing learning, this chapter serves as a counterpoint to researching experiences of learning from a phenomenological approach. The fundamental reasoning for this is that the basic epistemological assumptions in phenomenology would limit our understanding of experiences of learning and thus, other methodological options would be worth exploring. To that end, this chapter elaborates on the relationship between knowledge production, speech and experience, all circling around the notions of research method and construction. Here, the aim is to reflect upon an understanding of research that is aligned with a dialogical and relational conceptualization of the experience of learning. Finally, an argument will be outlined that suggests conducting research as an experience. Taking from Dewey, Kvale, Law, Scheurich, Talmy and others, this exploration will present the idea of studying the experiences of learning by way of producing/devising experiences through arts. With the notion of art as experience from Dewey, the argument goes to ABR in a general sense, and poetry in particular, as a sound and coherent alternative way of researching learning as an experience. Thus, this chapter explores the possible theoretical-methodological contributions of thinking about and doing research understood as an experience through art.

The undergraduate research experience program is a funding program offered by the Qatar National Research Fund. The purpose of the program is to provide hands-on research experience for undergraduate students in order to increase their capacity for future research activities. However, leading a team of unexperienced researchers can be challenging. Minimal literature exists of how to overcome these challenges and provide a positive learning experience for novice researchers. The purpose of this paper is to: 1) describe a ‘situated learning’ framework, and teaching methods and approaches that may be helpful for future researchers to actively engage students in the research learning process; 2) describe our own experiences with creating a professional community of research using a team approach; and, 3) offer some practical strategies for scaffolding students to gain research skills through working in close proximity to more experienced colleagues. Helpful situated learning strategies included active engagement of students throughout the project, setting meaningful activities, meeting regularly as a team, scaffolding student learning, setting both individual and group work, assigning specific roles, engaging students in dissemination activities, sharing responsibility, and fading control of project activities to the students as their competency increased. Using a structured mentoring strategy resulted in students being actively engaged in all stages of the project. This approach helped to overcome many challenges of working with novice researchers. It was also rewarding to observe the growth of young researchers through the experiences that they gained in working as members of a research community of practice.

The use of augmented reality (AR) and experiential learning go hand in hand. Although AR learning opportunities have been well discussed, there is limited empirical research on the use of AR within higher education settings. Drawing from the uses and gratifications theory (U&GT), this study aims to explore the use of AR for learning satisfaction and student engagement, while also examining differences in learning styles.

This study used experiments with higher education students in the UK to explore the use of AR as part of the learning experience. Data from 173 students who experienced AR as part of their learning experience were analysed using partial least square analysis.

The authors found that hedonic, utilitarian, sensual and modality gratifications influence AR learning satisfaction and student engagement. Furthermore, the authors found differences between active and passive learners with regards to utilitarian (information seeking, personalisation) and sensual gratifications (immersion, presence) and effects on learning satisfaction.

This study developed and validated a U&GT framework incorporating different learning styles rooted in Kolb’s learning cycle. Findings provide important implications for the use of commercial AR applications as part of the learning experience within higher education settings.

HyFlex course design is an effective instructional course design that combines active and transformative learning techniques. HyFlex course design encourages active learning by focusing on interactive activities, discussions, and collaboration. It also allows learners to collaborate effectively and flexibly as a community, providing peer support and opportunities for authentic dialogue and learning experiences. HyFlex course design provides the opportunity for transformative learning through its ability to offer personalized educational experiences to individuals. It facilitates greater customization of the learning experience, allowing individual learners to access tailored educational modules, offer personalized educational experiences to individuals, and effectively develop and build independent and critical thinking skills. This conceptual review, supported by implications from HyFlex literature and triangulated with experts' views undertaking a Delphi study, facilitates understanding the current state of research in HyFlex course design and future application strategies. Existing research has identified HyFlex courses as a promising means of engaging students in active learning. Allowing students to learn through flexibly predesigned mixed online and in-person experiences enables higher levels of student autonomy and supports students in taking more ownership of their learning. This approach can facilitate an understanding of how HyFlex courses can improve active learning practices in higher education. The review study findings identify the reported alignment issues and challenges, suggest four strategies and actions for policymakers and stakeholders, and provide a suggested research agenda for bridging identified research gaps.

Future research can provide evidence of the benefits of HyFlex course design and how flexible course design can address the challenges of traditional face-to-face courses, such as reduced student engagement, lack of student-centered approaches, and limited support for different learning styles. Further research can focus on strategies that can be used to promote active learning in HyFlex courses. Moreover, research can investigate how this kind of course design can equip educators with the skills and knowledge needed to design and implement effective and meaningful active learning experiences. Finally, research can assess the potential impact of HyFlex course design on student outcomes, including performance, satisfaction, and engagement.

In some fields, research group experiences gained in laboratories are more influential than the classroom in shaping graduate students’ research abilities, understandings of post-graduate careers and professional identities. However, little is known about what and how students learn from their research group experiences. This paper aims to explore the learning experiences of engineering graduate students in one chemical engineering research group to determine what students learned and to identify the practices and activities that facilitated their learning.

Ethnography was used to observe the experiences of one research group in chemical engineering. Fieldwork included 13 months of observations, 31 formal interviews (16 first-round and 15 second-round interviews) and informal interviews. Fieldnotes and transcriptions were analyzed using grounded theory techniques.

Research group members developed four dominant competencies: presenting research, receiving and responding to feedback, solving problems and troubleshooting problems. Students’ learning was facilitated by the practices and activities of the research group (e.g. weekly full group and subgroup meetings) and mediated through the interactions of others (i.e. peers, faculty supervisor and lab manager).

This study adds to the engineering education literature and contributes to the larger discourse on identifying promising practices and activities that improve student learning in graduate education.

The study aims to present a logic map linking the Professional Development School (PDS) Nine Essentials as a PDS theory of action and offer an analysis of dissertations that compare outcomes of learning in PDS and non-PDS contexts.

For this current study, the authors identified 25 of the 210 dissertations from a larger study that used a comparison methodology to provide a window into how learning in PDS and non-PDS settings may differ. In reviewing these comparison studies, the authors identified a set of clustered themes, as well as a variety of comparison constructs and measurements researchers used to determine the impact of PDS.

Five themes emerged including (1) the experience of learning to teach in a PDS setting vs. a non-PDS; (2) the experience of teaching in a PDS vs. non-PDS; (3) teacher candidate quality in a PDS vs. non-PDS; (4) teacher quality in a PDS vs. non-PDS; (5) school leader quality in a PDS vs. non-PDS; and (6) K-12 student learning in PDS vs. non-PDS.

Limitations of this study include the complications related to comparison, logic-related fallacies and the complexity of capturing simultaneous renewal.

In the 30th year of PDS work, the study utilizes a theory of action comprised of linking the PDS Nine Essentials to situate the comparison dissertation analysis of outcomes in PDS and non-PDS contexts suggesting challenges and possibilities and perhaps a direction for new research questions.

The paper aims to explore and analyse the potential of campus living learning laboratory (LLL) as an integrated mechanism to provide the innovative and creative teaching and learning experiences, robust research output and strengthening the campus sustainability initiatives by using the sustainability science approach.

The challenge to adopt sustainability science as an interdisciplinary approach juxtaposed against the structure, teaching and learning of single disciplinary approach in institution of higher education (IHE). The LLL approach can be one of the options on how the integrative teaching and learning, combination fundamental and applied research and campus operations should conduct to strengthen the implementation of campus sustainability.

The review of application of LLL from several campus sustainability and combining with the experiences in conducting the UTM Campus sustainability results the strategic operational mechanism of the integration process.

The LLL approach which applies the sustainability science approach did not cover the challenges and issue related to the inter-, inter- and trans-disciplinary during the campus LLL application. Further study needs to be conducted to strengthen the fundamental approach to developing campus LLL as one approach to operationalizing the Sustainable Development agenda in IHE.

The experiences and findings produces from this study help other campus sustainability to articulate the benefits of campus LLL initiatives, anticipate implementation challenges in teaching and learning, research output and the operation. The problem-solving nature of sustainability science provides a platform for implementing campus sustainability initiatives which allow inter-, inter- and trans-disciplinary approach for a more synergize effort of a real case study and project based approach.

Furthermore, the implementation of LLL challenges the researcher/academia to provide prompt response as part of societal learning process in strengthening applied-based research as well as to contribute to the fundamental research. Successful LLL approach require both top-down commitments from the top management of the university and bottom-up drive from interested faculty, core research themes, operations and students.

The integrative framework and operational mechanism to operate LLL in campus sustainability which resulted from the analysis taken from several universities that implement campus sustainability is the origin values of significant contribution from this study.

The purpose of this paper's novel, research‐oriented approach is to embed research‐based activities in a core second‐year course of a university business degree program to support and develop student research capabilities.

The design draws on Boud and Prosser's work to foster participation in a learner‐centred, discipline‐based approach. Activities rely on technology supports and mixed delivery modes to combine diverse theoretical perspectives and research methodologies.

The initial implementations of the design generated improved student learning experiences compared to the previous year. Voluntary participation was high and informal evidence suggested that research activities were a core‐contributing element to positive student outcomes.

A formal evaluation study is required to measure precisely the extent to which research activities like those described in this paper have an effect on students' learning experiences.

The research activities embedded in the course curriculum enriched learner participation and experiences without overtaxing resources and, with minor modification, are transferable to different courses and disciplines.

The technology‐supported environment described in this study allowed for online viewing of submitted research activities and provided students the opportunity to continually review, reflect and share their insights.

Learner‐focused research activities offer students a novel opportunity to experience research firsthand as informants, inventors and interpreters of knowledge. The adoption of research activities within the curriculum structure is a creative and multifaceted effort to extend students' research understanding.