Incorporating the notion of recontextualisation in academic literacies research: the case of a South African vocational web design and development course

This article describes a small scale ethnographically oriented research study seeking to contribute to understanding student academic literacy practices in a South African vocational, web design and development course. In this course digital multimodal assessments are the main means whereby students demonstrate their learning. The findings of the study provide insights into the contextualised ways in which student academic literacy practices are shaped by academic and professional contexts where digital and multimodal practices are privileged. The academic literacies perspective used in this study, while useful for exploring the nature of student academic literacy practices, has not paid enough attention to theorising how literacy practices are shaped by broader contextual influences. To address this limitation the paper speculates about how the Bernsteinian concept of knowledge recontextualisation might be used alongside an academic literacies frame. The inclusion of an empirical focus on recontextualisation can provide an opportunity to explore how knowledge construction and transformation processes in the academic and professional domains result in the privileging of particular academic literacy practices.     

Interactive Influences of Perceived Social Contexts on the Reading Achievement of Urban Middle Schoolers with Learning Disabilities

This study examined the effects of social influences in the lives of an ethnically diverse sample of fifth through eighth grade students with and without learning disabilities (LD) using survey data and academic achievement scores collected in 19 Chicago public schools from 1993–1997. Similarities and differences in student perceptions of school, family, and peer group contexts were examined. In addition, longitudinal data were analyzed using hierarchical linear modeling (HLM) to identify contextual influences on changes in student reading achievement over time. Comparisons of student responses confirm and extend existing findings in the literature concerning the perceptions of students with LD of their social environments. In particular, having a learning disability was associated with consistent, mostly negative, effects on social relations across the contexts of students’ lives, regardless of gender, race, grade, and socioeconomic status. In addition, student perceptions of their friendship groups were found to have small, but significant, effects on their growth in reading achievement over the course of middle school. While students with and without LD had somewhat different views of their social contexts, the processes working within these environments appeared to affect their reading achievement in similar ways. The results suggest that careful attention should be paid to the social contexts of students’ lives when planning academic interventions.     

Context characteristics and their effects on students’ situational interest in chemistry

ABSTRACT

Many studies in science education acknowledge the positive effects of context-based learning on students’ interest and attitudes. However, little is known about the design criteria of contextual situations generating these effects and how facets of students’ situational interest are affected while learning in a contextualised setting. This paper ties in with this initial situation and reports results of two projects analysing the influence of context characteristics on students’ situational interest, referring to contexts as task parameters in the first project and as learning activities in the second. In the first project, everyday related and unique contexts are compared, and the effects of different contextual topics on student learning are investigated. Particularly, regarding the feeling- and value-related valence of situational interest, the results of different studies will be compared and interpreted. The second project investigated structures of interest related to activities along an adapted version of the ‘RIASEC’-model for different content areas and age groups. The chosen contents were embedded in personal as well as societal and professional context settings. Finally, we summarise the relevance of the different models, results and instruments to better understand different notions of interest and outline implications for further studies about teaching that improves student learning.     

Student teachers' prior knowledge as prerequisite to learn how to assess pupils' learning strategies

This study analyzed whether student teachers exhibit insufficient prior knowledge concerning learning strategies and whether different contexts lead to variations in activated knowledge. Furthermore, we investigated whether pieces of prior-knowledge and their structured-ness were associated with the assessment of pupils' learning strategies. In a within-subjects experiment (ABABAB design; N = 47 student teachers), questions about learning-strategy application referred to either (A) pupil-focused or (B) teacher-focused contexts. After a short training intervention, student teachers assessed strategies in pupils’ work. Different prior knowledge was elicited depending on contexts, suggesting “knowledge-in-pieces”. Prior-knowledge pieces, even if insufficient, served as a prerequisite to learn strategy assessment.     

Integrating multidisciplinary engineering knowledge

In order to design two distinct engineering qualification levels for an existing University of Technology programme, empirical evidence based on the current diploma is necessary to illuminate the nature of and the relationship between the contextual and conceptual elements underpinning a multidisciplinary engineering curriculum. The increasing focus on contextual application could result in decreasing opportunities to develop the conceptual disciplinary grasp required for a dynamic, emerging region at the forefront of technological innovation. Using the theoretical tools of Bernstein and Maton to analyse final year student practice, the research addresses the question of how multidisciplinary knowledge is integrated by students, and what this reveals about the nature of such knowledge. The paper presents a conceptualisation of multidisciplinary knowledge integration practices as a dynamic process along two axes simultaneously, shifting between different forms and levels of conceptual and contextual knowledge.     

Enhancing the Practicum Experience for Pre-service Chemistry Teachers Through Collaborative CoRe Design with Mentor Teachers

This paper reports findings from an ongoing study exploring how the Content Representation (CoRe) design can be used as a tool to help chemistry student teachers begin acquiring the professional knowledge required to become expert chemistry teachers. Phase 2 of the study, reported in this paper, investigated how collaboration with school-based mentors (associate teachers) on teaching practice (practicum) might impact on this process and student teachers’ development of their pedagogical content knowledge (PCK). The collaboration involved identifying and discussing pedagogical issues related to a practicum-teaching topic using a student teacher’s draft CoRe as a starting point and ongoing focus for the professional dialogue. Practicum offered an opportunity for aspects of student teachers’ PCK, as embodied in their draft CoRes, to be explored and expanded upon in classroom programmes with the support and input of associate teachers. The findings were influenced by different contextual factors; however, the student teachers found their CoRes to be very useful frameworks for engaging in focussed professional dialogue with their teaching mentors. They valued the expertise, currency of knowledge and mentoring of their associates and reported positively about the contribution this support made to their PCK development via the CoRe design process and the transformation of the CoRe into classroom teaching.     

Support,belonging, motivation,and engagement in the college classroom: a mixed method study

This explanatory sequential mixed methods study examined how belonging perceptions, academic motivation, and engagement might mediate the relationship between academic contextual characteristics and achievement using structural equation modeling and qualitative follow-up interviews with college students from a large, Midwestern university. In the first, quantitative phase, two hypothesized models of student belonging and motivation were tested. In line with the Self-System Model of Classroom Support for Motivation (Connell and Wellborn, in: Gunnar and Sroufe (eds.) Minnesota Symposium on Child Psychology: Self-processes and Development, 1991), Model 1 hypothesized student belonging and motivation to be directly predicted by supportive classroom environment perceptions, and to directly predict engagement, which was hypothesized to predict achievement. Model 2 elaborated on the traditional self-system model and hypothesized student belonging to mediate the relationship between supportive classroom environment perceptions and student motivation. Quantitative findings revealed support for Model 2. Supportive classroom environment perceptions predicted students’ belonging beliefs, which in turn predicted students’ motivation, engagement, and achievement in the course. The second, follow-up qualitative phase suggested ways in which contextual characteristics might influence student belonging beliefs in the classroom. Taken together, the quantitative and qualitative data illustrate the influential role of classroom contextual characteristics on student outcomes, as well as the role student belonging plays in college student motivation and success.     

Toward a set of design principles for mathematics flipped classrooms: A synthesis of research in mathematics education

This paper analyzed the journal publications of mathematics flipped classroom studies in K-12 and higher education contexts. We focused specifically on a set of flipped classroom studies in which pre-class instructional videos were provided prior to face-to-face class meetings. We examined the following four major issues: (a) the types of out-of-class and in-class instructional activities used, (b) the effect of flipped learning on student achievement, (c) the participant perceptions of flipped classroom benefits, and (d) the main challenges of flipped classroom implementations. A meta-analysis of 21 comparison studies showed an overall significant effect in favor of the flipped classroom over the traditional classroom for mathematics education (Hedges' g = 0.298, 95% CI [0.16, 0.44]), with no evidence of publication bias. A broader research synthesis of 61 studies revealed that the flipped classroom approach benefited student learning in three main aspects: increasing in-class time for task/practice, integrating new knowledge with existing beliefs, and real-time feedback. The two most frequently reported flipped classroom challenges were students' unfamiliarity with flipped learning and significant start-up effort on the part of instructors. We hence propose a set of design principles to help foster the transition to the flipped classroom and improve the out-of-class and in-class learning designs. This set of design principles can also provide a more focused agenda for future research to examine the effect of the flipped classroom approach on student learning and motivation.     

‘The Use of History of Mechanics in Teaching Motion and Force Units’

This paper reports a 4-month study that investigated the effectiveness of curriculum materials incorporating the history of science (HOS) on learning science, understanding the nature of science (NOS), and students’ interest in science. With regards to these objectives, three different class contexts were developed with three main types of information in history of science. In the first class context, the similarities between students’ alternative ideas and scientific concepts from the HOS were considered in developing teaching materials. In the second class context, the teacher developed discussion sessions on the ways scientists produce scientific knowledge. In the third class context, short stories about scientists’ personal lives were used without connection to the concepts of science or NOS. Ninety-one eighth-grade students were randomly assigned to four classes taught by the same science teacher. The concepts in the motion unit and in the force unit were taught. Three of the four classrooms were taught using the contexts provided by the HOS while the fourth class was taught in the same way that the teacher had used in previous years. The effects on student meaningful learning, perceptions of the NOS, and interest in science were evaluated at the beginning, at the middle, and at the end of the study to compare differences between historical class contexts and the Traditional Class. Results of analysis showed that the changes in meaningful learning scores for the first class context were higher than other classes but the differences between classes were not significant. The HOS affected student perceptions of the scientific methods and the role of inference in the process of science. Stories from scientists’ personal lives consistently stimulated student interest in science, while discussions of scientific methods without these stories decreased student interest. The positive effects of stories relating scientist’ personal life on student interest in science has major importance for the teaching of science. This research also helps to clarify different class contexts which can be provided with different types and uses of historical information.     

Context-based assessment: creating opportunities for resonance between classroom fields and societal fields

There is on-going international interest in the relationships between assessment instruments, students’ understanding of science concepts and context-based curriculum approaches. This study extends earlier research showing that students can develop connections between contexts and concepts – called fluid transitions – when studying context-based courses. We provide an in-depth investigation of one student’s experiences with multiple contextual assessment instruments that were associated with a context-based course. We analyzed the student’s responses to context-based assessment instruments to determine the extent to which contextual tests, reports of field investigations, and extended experimental investigations afforded her opportunities to make connections between contexts and concepts. A system of categorizing student responses was developed that can inform other educators when analyzing student responses to contextual assessment. We also refine the theoretical construct of fluid transitions that informed the study initially. Implications for curriculum and assessment design are provided in light of the findings.     

Epistemological framing and novice elementary teachers' approaches to learning and teaching engineering design

As engineering learning experiences increasingly begin in elementary school, elementary teacher preparation programs are an important site for the study of teacher development in engineering education. In this article, we argue that the stances that novice teachers adopt toward engineering learning and knowledge are consequential for the opportunities they create for students. We present a comparative case study examining the epistemological framing dynamics of two novice urban teachers, Ana and Ben, as they learned and taught engineering design during a four-week institute for new elementary teachers. Although the two teachers had very similar teacher preparation backgrounds, they interpreted the purposes of engineering design learning and teaching in meaningfully different ways. During her own engineering sessions, Ana took up the goal not only of meeting the needs of the client but also of making scientific sense of artifacts that might meet those needs. When facilitating students' engineering, she prioritized their building knowledge collaboratively about how things work. By contrast, when Ben worked on his own engineering, he took up the goal of delivering a product. When teaching engineering to students, he offered them constrained prototyping tasks to serve as hands-on contexts for reviewing scientific explanations. These findings call for teacher educators to support teachers' framing of engineering design as a knowledge building enterprise through explicit conversations about epistemology, apprenticeship in sense-making strategies, and tasks intentionally designed to encourage reasoning about design artifacts.     

Achieving equivalence: a transnational curriculum design framework

Transnational education is now essential to university international development strategies. As a result, tertiary educators are expected to engage with the complexities of diverse cultural contexts, different delivery modes, and mixed student cohorts to design quality learning experiences for all. To support this transition we developed a transnational curriculum design framework that synthesises knowledge about what impacts on curriculum design. This framework aims to help academic developers communicate complex educational concepts and foster international communities of practice. It guides cyclical implementation that is focused on achieving equivalent and quality educational outcomes for students regardless of their location across the globe.     

Engineering perceptions of female and male K-12 students: effects of a multimedia overview on elementary,middle-, and high-school students

Computer-based multimedia presentations employing animated agents (avatars) can positively impact perceptions about engineering; the current research advances our understanding of this effect to pre-college populations, the main target for engineering outreach. The study examines the effectiveness of a brief computer-based intervention with animated agents in improving perceptions about engineering. Five hundred sixty-five elementary, middle-, and high-school students in the southwestern USA viewed a short computer-based multimedia overview of four engineering disciplines (electrical, chemical, biomedical, and environmental) with embedded animated agents. Students completed identical surveys measuring five subscales of engineering perceptions immediately before and after the intervention. Analyses of pre- and post-surveys demonstrated that the computer presentation significantly improved perceptions for each student group, and that effects were stronger for elementary school students, compared to middle- and high-school students.     

高职院校艺术设计专业网页设计教学研究

艺术设计专业的学生在制作网页时具有艺术审美优势,但是由于高职院校在艺术设计专业领域开设的网页设计课程很少涉及到计算机科学及信息技术领域的相关知识,往往使得网页设计脱离实际,过于追求美观而忽视用户体验,华而不实.本文提出了一种基于学生先前知识的网页设计教学内容的选择方法.在有限的教学时间内,根据学生的先前知识状态,有针对性地扩展计算机科学及信息技术领域的相关教学内容.从学生的学习效果和学习水平测试分析中得出:这种方法可以更有针对性地选择教学内容,灵活地实施教学.     

Students and teacher academic evaluation perceptions: Methodology to construct a representation based on actionable knowledge discovery framework

This research introduces a method to construct a unified representation of teachers and students perspectives based on the actionable knowledge discovery (AKD) and delivery framework. The representation is constructed using two models: one obtained from student evaluations and the other obtained from teachers’ reflections about their teaching practice. We integrate both models into one that incorporates students’ opinions and teachers’ knowledge and meta-knowledge. This method provides a representation of a teacher’s best teaching practices where student perceptions are presented as patterns in the form of association rules. The representation adds actionability to association rules by demonstrating how students’ association rules are related between themselves and how they are related to teacher’s meta-knowledge.     

Academics’ perceptions of collaboration in higher education course design

ABSTRACT

There is little empirical research related to the readiness and capacity of academics for team-based collaboration. This case study used the existing literature about collaboration as a term of reference to examine the perceptions of a group of academics engaged in course design and how prepared they were individually and as teams for collaboration. The study found that participants recognised and understood the key elements that distinguish collaboration from other forms of interaction. However, they did not express a depth of understanding about the cognitive and social capacities required for collaboration and the skills, structures and processes necessary to enable team-based collaborative practice. While the participants felt they were willing and largely prepared as individuals for collaboration, closer scrutiny indicated substantial variation in their reports about the willingness, knowledge and skills of the teams on which they served. In addition, participants reported that current conditions at the institutional level serve as inhibitors to collaboration in course design. This included the absence of committed leadership and organisational supports for collaboration. Participants described the dominant culture as more supportive of individualised, competitive and hierarchical work practices. Under these work conditions, participants noted a reliance on individuals’ goodwill to collaborate in the absence of broader organisational structures and support.     

Exploring changes in student teachers’ meaning-oriented learning

This study reports on changes in student teachers’ meaning-oriented learning during teacher education and their perceptions of what enhances this learning. Students with a meaning-oriented learning pattern view learning as an active process of knowledge construction, are capable of regulating their learning, want to understand a topic thoroughly, form their opinions about it and draw their own conclusions. This study is situated in Dutch academic primary teacher education, covering student teachers’ entire study period. Quantitative data on changes in their learning patterns were collected using a pre-test/post-test design (N = 21). The student teachers’ perceptions of what enhanced meaning-oriented learning were explored by conducting semi-structured interviews after their graduation (N = 9). At the group level, changes were limited to an increasing use of deep processing strategies. At the individual level, changes varied from a moderate decrease to a high increase in meaning orientation. Increases appeared to be related particularly to student teachers’ perceptions of opportunities to learn from their own interests and to regulate their own learning; student teachers who reported having experienced such opportunities increased their meaning-oriented learning. The study indicates that student teachers could benefit from explicating and discussing these opportunities.     

Cognition in Context: Students’ Perceptions of Classroom Goal Structures and Reported Cognitive Strategy Use in the College Classroom

This study examined contextual and personal factors related to the use of cognitive strategies by undergraduates. Specifically, students’ goal orientations (intrinsic or extrinsic) and perceptions of the classroom environment (i.e., task or performance structured) were evaluated as predictors of student use of deep or surface level cognitive strategies. Results confirmed earlier work, which indicated intrinsic goal orientation was related to use of deep cognitive strategies and extrinsic goal orientation was related to use of rehearsal. There was no interaction between intrinsic and extrinsic goal orientations on use of either cognitive strategy. In addition, students’ perceptions of classroom environment were significantly correlated with students’ goal orientations. In particular, task structure of classrooms was significantly positively correlated with use of both types of cognitive strategies. Thus, student goal orientation, perception of classroom structure, and use of cognitive strategies appear interdependent, with intrinsic goal orientation moderating the effect of perceived classroom structure on the use of deep cognitive strategies. Results of this study suggest the need for university instructors to be more aware of the roles of both personal and contextual factors affecting student motivation and learning.     

Students’ use of personal technologies in the university classroom: analysing the perceptions of the digital generation

Faculty frequently express concerns about students’ personal use of information and communication technologies in today’s university classrooms. As a requirement of a graduate research methodology course in a university in Ontario, Canada, the authors conducted qualitative research to gain an in-depth understanding of students’ perceptions of this issue. Their findings reveal students’ complex considerations about the acceptability of technology use. Their analysis of the broader contexts of students’ use reveals that despite a technological revolution, university teaching practices have remained largely the same, resulting in ‘cultural lag’ within the classroom. While faculty are technically ‘in charge’, students wield power through course evaluations, surveillance technologies and Internet postings. Neoliberalism and the corporatisation of the university have engendered an ‘entrepreneurial student’ customer who sees education as a means to a career. Understanding students’ perceptions and their technological, social and political contexts offers insights into the tensions within today’s classrooms.