Empowering and Motivating Language Students in an Online Environment

This chapter explores pandemic-driven innovations in world language (WL) curriculum design and content delivery that encouraged student communication during remote learning. The study focused on questionnaire data from 49 WL instructors who identified specific pedagogical techniques acquired and honed during the COVID-19 pandemic, even amidst unprecedented hardships. Results indicated that WL instructors found most successful the types of activities which allowed for more timely feedback and student choice and built communicative skills for real-life situations. Furthermore, the instructors shared post-pandemic plans to employ more of these technological tools that fostered student collaboration and engagement, with a focus on building community and supporting social and emotional learning. Educators also emphasized deepened awareness regarding the myriad inequities among learners, the importance of establishing rapport with students, and the value of their own professional networks.

An Analysis of Students’ Collaboration Skills in Science Learning Through Inquiry and Project-Based Learning

Collaboration skills are essential for students when facing the working world in 21st-century society. The study aims to determine students' collaboration skills through inquiry and project-based learning in science. The descriptive method was implemented with surveys and interviews. The participants were 175 students from Junior High School. Data collection was carried out using collaborative skill observation sheets and an interview guide. The results showed that, in general, the collaboration skills of participants were categorized as high regarding the indicators of collaboration skills. The indicators consisted of contributing to group discussions (72.57 percent), working effectively in group discussions (77.14 percent), communicating in group activities (74.86 percent), and having responsibility for completing group assignments (75 percent). Therefore, teachers are advised to apply inquiry and project-based learning in science to improve student collaboration skills.

Medical/Pharmacy Students Interprofessional Older Adult Medication Interactions/Contraindications Project

The University of New England College of Osteopathic Medicine (UNECOM) Geriatrics Education Mentors [GEM] program, established in 2014, pairs UNECOM students with older community living adults. GEM assignments focus on health review, medical humanities, and geriatrics training. Each year approximately 90 older adults participate in GEMs. In 2019, the GEM program was expanded with Geriatrics Workforce Enhancement Program (GWEP) grant funding to: include first year medical students, include 2 additional assignments (4 assignments over 10 months to 6 assignments over 18 months), and to create interprofessional student collaboration. In the new GEM Assignment 4: Medication Interactions/Contraindications, UNECOM students with their GEM compiled details on the GEM’s medication list (prescriptions, herbal, OTC); one of 4 Ms of Age Friendly Health Care. UNECOM students (84 pairs) were then assigned to UNE School of Pharmacy (SOP) students (42 SOP students had 2 UNECOM pairs) to conduct a “Lexicomp” (App) medication interactions and Beers Criteria review. UNECOM students documented findings with the SOP student partner; discussed the processes of review with their GEM and the resultant findings; documented the GEM’s questions and how the UNECOM student answered those questions; and discussed next steps for the GEM regarding options for different medications - especially follow up with their prescribing physician(s) for any noted interactions/contraindications. For GEMs with few medications, a mock medication list was assigned to ensure student experiences with medication reviews and GEM discussion. Although time intensive preparation is required, UNECOM & SOP students attained significant learning as did the GEM mentors.

Teachers’ Abstracted Conceptualizations of Their Way in Experiencing the Leadership in the Classroom: Transferring Knowledge, Expanding Learning Capacity, and Creating Knowledge

Despite the abundance of decades of research into teacher leadership, uncertainty remains due to confusion around the notions of teacher leadership and the unity or at least the authenticity of definitions, and there is a need for a deeper understanding of this leadership process as the teacher works with students in the classroom. The existing definitions and descriptions of teacher leadership do not determine the connection between teacher leadership and student learning, and the subject remains empirically unsubstantiated. The aim of this study was to develop a set of categories of description derived from the teachers’ conceptions of their leadership in the classroom through learning interactions with students. The study was based on the phenomenographic research methodology. Data were collected by conducting semistructured interviews with 37 teachers. A phenomenographic analysis sought a description, analysis, and understanding of experiences with the focus on variation in the conceptions of the phenomenon, as experienced by teachers. Findings revealed that teachers discern their leadership through working with students at school in three stages represented by three categories of description—transferring knowledge, expanding learning capacity, and creating knowledge. All these stages are linked by teacher-student interaction which facilitates successful and meaningful learning for students within the classroom. The connections between the three stages demonstrate the need for teacher–student collaboration, teaching personalization, the professional expertise of the teacher, and learning cocreation. The findings of this study contribute to the expansion of the concept of teacher leadership not only as expert influence through the application of specific teaching methods, but as a coherent process from knowledge transfer to its creation through reciprocal teacher–student learning in the classroom.

Exploring the social aspects of student collaboration in online learning

Social interaction is seen as a key tenet of constructivist approaches to learning. There is a significant body of literature looking into online collaboration for learning, however less is known about how students experience collaboration more broadly. Understanding student experience may help to understand ways of ensuring online collaboration is successful. This student-led study aimed to explore what can be learnt from student perspectives of online collaboration. This study is embedded in a larger research program surrounding a 2019 course renewal project. Ten undergraduate law students were interviewed as part of the overall study but with additional semi-structured questions regarding collaboration. Participants were enrolled in a mix of online and blended units. Interviews were audio-recorded, transcribed and thematically analysed. Four themes were interpreted: 1) pre-existing social relationships facilitate online collaboration; 2) social media platforms enable interpersonal interaction and, as a result, online collaboration; 3) university-provided platforms lacked social elements of collaboration; and 4) face-to-face collaboration appears frictionless compared to online only collaboration. This study indicates the value of exploring collaboration as a broad social phenomenon rather than one purely focussed on educational designs that promote collaboration. Results suggest a considerable interaction between the interpersonal (friend focus) and study (learning focus). In the online space, collaboration was mediated by pre-existing embodied relationships and social media forums. There was a sense that social media activity would be difficult to mandate. This raises challenges, including how to manage equity issues around access to informal platforms; and how to incorporate into learning environments technologies that are experienced as ‘frictionless’ (i.e., easy and achievable without thought) and which appear to promote collaboration.

Strategies for Promoting Collaboration in Reading Comprehension Lessons among Students with Learning Disabilities

Efficient skills in reading comprehension enable secondary school students to make meaningful and remarkable advancements in their studies. However, many students with learning disabilities struggle with reading comprehension and consequently obtain low grades in their academic pursuits. This paper pointed out that improvement in reading comprehension and academic achievement among secondary school students with learning disabilities is possible through engaging the students in collaborative learning activities within reading comprehension context. The paper therefore highlighted the principles that guide collaborative classrooms and the benefits of student collaboration in reading comprehension context. Evidence-based interventions that emphasize collaboration such as cooperative learning, peer tutoring, reciprocal teaching, collaborative strategic reading, and directed reading-thinking activity were discussed. Recommendations were made which include that teachers should ensure that they infuse collaboration into reading comprehension lessons of students with learning disabilities by making use of a variety of teaching strategies that stress collaboration, assigning roles to group members and ensuring that group members adhere to the laid down rules for the groups.

A commentary on the Special Issue “Innovations in measuring and fostering mathematical modelling competencies”

This is a commentary on the ESM 2021 Special Issue on Innovations in Measuring and Fostering Mathematical Modelling Competencies. We have grouped the ten studies into three themes: competencies, fostering, and measuring. The first theme and the papers therein provide a platform to discuss the cognitivist backgrounds to the different conceptualizations of mathematical modelling competencies, based on the modelling cycle. We suggest theoretical widening through a competence continuum and enriching of the modelling cycle with overarching, analytic dimensions for creativity, tool use, metacognition, and so forth. The second theme and the papers therein showcase innovative ideas on fostering and on the definition and analysis thereof. These reveal the need for a social turn in modelling research in order to capture aspects of student collaboration and agency, as well as tensions in fostering when tasks are derived from real-world scenarios, but socio-mathematical norms come from the (pure) mathematics classroom. The third theme, measuring, and the papers therein offer insights into the challenges of positivist research that aims to develop innovative measurement instruments that are both reliable and valid, particularly in light of student group work, cultural background, and other socio-cultural aspects. Drawing on the three discussions, we go on to make recommendations for further research.

Developing a Taxonomy of Informal Learning Space

The move from traditional teaching-centred approach to student-centred approach has resulted in more student collaboration outside classroom, contributing to the growing importance of information learning space (ILS). Review of recent literature suggests the ILS research agenda is at an initial stage of development, without convergence in research methods and lacks theoretical underpinning. Research studies were conducted on a piece meal basis, lacking comparability and generalization. Using a mixed-method approach, this study contributes to ILS knowledge by introducing a qualitative methodology based on concept mapping and sorting for idea generation; to develop a taxonomy of four user-generated ILS types from a portfolio of 38 ILS sites on campus. This is followed by quantitative validation using seven ILS sites to evaluate satisfaction and usage behaviour. Drawing from middle range theory and the ILS taxonomy, practical design principles are proposed based on functionalities and features for the four ILS types. The learnings can be shared with designers, policy makers and different institutions to facilitate knowledge transfer, which contributes to generalization of learnings and theory building.