Students’ conceptions about a fair assessment of their learning

The objective of this study is to know the conceptions of primary and secondary school students about what constitutes a fair assessment. To achieve this aim, a phenomenographic study was carried out with 32 students. In a broad sense, the results showed that there were two types of conceptions. On one hand, a conception of fair assessment related to equality, transparency, objectivity, and evaluation of class content; that is, an egalitarian conception of fair assessment. On the other hand, a conception associated with ideas such as adaptation, diversification of tests, and qualitative assessment, even taking into account students' effort and attitudes, which define a conception of fair assessment linked to equity. These conceptions are associated with the concepts of legal justice and social justice, respectively and they contrast with the nature of external evaluations currently carried out.     

Teachers’ use of their mathematical knowledge for teaching in learning a mathematics learning trajectory

In the past decade, research on learning trajectories has progressed from an agenda for research on student learning to include an agenda for research on teaching. In this paper, we use a design experiment to examine a professional development program created to support teacher learning of one learning trajectory. Using a re-interpretation of Ball and colleagues’ mathematics knowledge for teaching framework, we conducted a retrospective analysis to examine how a purposefully selected sample of three teachers used their knowledge to participate in discussions of the professional learning tasks designed to support teacher learning of the trajectory. Findings indicate that professional learning tasks focusing on pedagogical content knowledge present in learning trajectories also allow for teacher learning of subject matter knowledge; this learning is mediated by teachers’ prior mathematics knowledge for teaching. We conclude with considerations for researchers and professional developers seeking to support teachers in learning about learning trajectories.     

Students’ opinions on blended learning and its implementation in terms of their learning styles

The purpose of this article is to examine students’ views on the blended learning method and its use in relation to the students’ individual learning style. The study was conducted with 31 senior students. Web based media together with face to face classroom settings were used in the blended learning framework. A scale of Students’ Views on Blended Learning and its implementation, Kolb’s Learning Style Inventory, Pre-Information Form and open ended questions were used to gather data. The majority of the students’ fell into assimilators, accommodators and convergers learning styles. Results revealed that students’ views on blended learning method and its use are quite positive.     

Students’ perceptions of vocabulary knowledge and learning in a middle school science classroom

This study investigated eighth-grade science students’ (13–14-year-olds) perceptions of their vocabulary knowledge, learning, and content achievement. Data sources included pre- and posttest of students’ perceptions of vocabulary knowledge, students’ perceptions of vocabulary and reading strategies surveys, and a content achievement test. Students’ perceptions of vocabulary knowledge were compared before and after instruction to see whether students believed they gained knowledge and the ability to explain categories of technical science terms. Students’ perceptions of vocabulary knowledge increased as a result of instruction. The participants had favorable views of the vocabulary and reading strategies implemented and believed the literacy approaches were important for their developing science knowledge. In addition, students’ content achievement was compared to a national data set. Students in this study outperformed a national data set on all content knowledge items assessed. Students’ perceptions of their knowledge and vocabulary and reading strategies were congruent with their content achievement. This study is one of the first to highlight the pivotal role students’ perception of vocabulary knowledge and vocabulary and reading strategies plays in science content learning.     

Students’ intuitive explanations of the causes of homologies and adaptations

This paper reports data from a study aiming to explore secondary students’ preconceptions and explanations about evolutionary processes. Students may exhibit both alternative and scientifically acceptable conceptions and bring different ones into play in response to different problem contexts. Hence, the examination of their explanations before instruction within different problem contexts is expected to highlight the concepts that instruction should put more emphasis on. To achieve this, an open-ended questionnaire in conjunction with semi-structured interviews was used to allow students to express their own views on issues related to evolution. Students’ explanations highlighted their lack of knowledge of important evolutionary concepts such as common descent and natural selection. In addition, many students explained the origin of traits as the result of evolution through need via purposeful change or as carefully designed adaptations. Rather than evolutionary, final causes formed the basis for the majority of students’ explanations. In many cases students provided different explanations for the same process to tasks with different content. It seems that the structure and the content of the task may have an effect on the explanations that students provide. Implications for evolution education are discussed and a minimal explanatory framework for evolution is suggested.     

Students’ reasons for preferring teleological explanations

The teleological bias, a major learning obstacle, involves explaining biological phenomena in terms of purposes and goals. To probe the teleological bias, researchers have used acceptance judgement tasks and preference judgement tasks. In the present study, such tasks were used with German high school students (N?=?353) for 10 phenomena from human biology, that were explained both teleologically and causally. A sub-sample (n?=?26) was interviewed about the reasons for their preferences. The results showed that the students favoured teleological explanations over causal explanations. Although the students explained their preference judgements etiologically (i.e. teleologically and causally), they also referred to a wide range of non-etiological criteria (i.e. familiarity, complexity, relevance and five more criteria). When elaborating on their preference for causal explanations, the students often focused not on the causality of the phenomenon, but on mechanisms whose complexity they found attractive. When explaining their preference for teleological explanations, they often focused not teleologically on purposes and goals, but rather on functions, which they found familiar and relevant. Generally, students’ preference judgements rarely allowed for making inferences about causal reasoning and teleological reasoning, an issue that is controversial in the literature. Given that students were largely unaware of causality and teleology, their attention must be directed towards distinguishing between etiological and non-etiological reasoning. Implications for educational practice as well as for future research are discussed.     

Dissonance in students’ regulation of learning processes

In this article, dissonance in students’ way of learning is explored from a regulation of learning perspective. First, consonant patterns of interrelations among learning elements are sketched. These patterns were identified in studies with university students by means of a diagnostic instrument, the Inventory of Learning Styles (ILS), that assesses four learning components: cognitive processing strategies, metacognitive regulation strategies, mental models of learning, and learning orientations. Consonant patterns of linkages among these components result in four qualitatively different ways of learning or learning styles: undirected, reproduction-directed, meaning-directed and application-directed learning. Next, several studies that used the ILS as a research instrument were examined for indications of dissonant patterns of interrelations among these learning components. The students in these studies ranged from early secondary school to adult university students. Five phenomena of dissonance could be identified: lack of differentiation within learning components, lack of integration between learning components, incompatibility of learning strategies, models and orientations, missing learning style elements, and a lack of distinct application-directed learning. These phenomena are described and documented. Finally, the results are discussed in relation to other recent studies on dissonant study orchestrations and in terms of their practical meaning. A developmental explanation for the occurrence of some manifestations of dissonance is offered.     

Students’ conceptions of and approaches to knowledge building and its relationship to learning outcomes

The purpose of this study is to investigate the relationships among students’ conceptions of knowledge building, approaches to knowledge building, knowledge-building behaviors and learning outcomes. A total of 48 primary school students (from grades 3 and 4) who had experienced knowledge-building activities participated in the present study. After analyzing the students’ interview responses using the phenomenographic method, qualitatively different and hierarchically related conceptions and approaches were revealed. The results indicated that the students with fragmented conceptions tended to use surface approaches to knowledge building while those with cohesive conceptions tended to adopt deep approaches. The findings also indicate that the students with cohesive conceptions or deep approaches were more likely to have better learning outcomes than those with fragmented conceptions or surface approaches.     

Students’ model-based explanations about natural selection and antibiotic resistance through socio-scientific issues-based learning

Antibiotic resistance (ABR) is a significant contemporary socio-scientific issue. To engage in informed reasoning about ABR, students need to understand natural selection. A secondary science unit was designed and implemented, combining an issues-based approach and model-based reasoning, to teach students about natural selection and ABR. This sequential explanatory mixed methods study explored students’ explanations of natural selection. Students created model-based explanations (MBEs) about ABR and verbally explained generalised natural selection during semi-structured interviews. Students’ MBEs significantly increased in natural selection content, and misconceptions about natural selection and ABR significantly decreased after the unit. However, students’ explanations of generalised natural selection differed from ABR explanations. Students struggled to include mutation as the cause of initial variation when explaining generalised natural selection, whereas students included mutation when explaining ABR but often did so after selection pressure. Qualitative analysis indicated students correctly explained ABR or correctly explained generalised natural selection, but none correctly explained both. Students who did understand ABR struggled to apply their understanding to a context other than ABR. This study demonstrates contextual differences in students’ natural selection ideas and provides implications for natural selection instruction. While ABR is a compelling issue to contextualise natural selection instruction, it may be problematic.     

Students’ conceptions and the learning of science

This introductory article to the Special Issue of the International Journal of Science Education attempts to review the theoretical contexts for research into children's conceptions in science and to identify future directions for research programmes in this field.     

Students’ beliefs and experiences of interdisciplinary learning

This study explored senior secondary students’ beliefs and experiences of learning an interdisciplinary curriculum, Liberal Studies, in Hong Kong. Through the analysis of focus-group interviews with 168 students, most of the students were found to enjoy or at least not resist interdisciplinary learning, and preferred to study real-world contemporary issues. More than half of the students, however, expressed their relative lack of confidence in interdisciplinary learning because of the difficulties they encountered in Independent Enquiry Studies and the public examination. The students were also found to have undertaken examination-oriented activities when the public examination approached. The study sheds light on the realization of interdisciplinary learning in secondary education in contexts where teacher-centred pedagogy and an accountability agenda remain influential.     

Students’ perceptions of a blended web-based learning environment

The enhanced accessibility, affordability and capability of the Internet has created enormous possibilities in terms of designing, developing and implementing innovative teaching methods in the classroom. As existing pedagogies are revamped and new ones are added, there is a need to assess the effectiveness of these approaches from the students’ perspective. For more than three decades, proven qualitative and quantitative research methods associated with learning environments research have yielded productive results for educators. This article presents the findings of a study in which Getsmart, a teacher-designed website, was blended into science and physics lessons at an Australian high school. Students’ perceptions of this environment were investigated, together with differences in the perceptions of students in junior and senior years of schooling. The article also explores the impact of teachers in such an environment. The investigation undertaken in this study also gave an indication of how effective Getsmart was as a teaching model in such environments.     

Students’ experience of synchronous learning in distributed environments

This article reports on a two-year ethnographic study of learners participating in multi-site, graduate-level education classes. Classes sometimes met face-to-face in the same physical location; at other times part of the class met physically elsewhere. Yet all were linked through the virtual space. Ethnographic analysis of four data types explored how the instructor and students were able to interact through videoconferencing technologies. Most of the interaction occurred between the local and distance learners by way of cultural guides, local students assigned to host a distance learner through Google Video chat. The distance learners were able to receive real-time attention from the instructor and were able to share differing perspectives that contributed to increased satisfaction in the course. These interactions allowed for a dynamic collaborative effort among a diverse set of actors in the field of education.     

The importance of prior knowledge and assessment for increasing efficiency of the learning processes,especially in ‘problem-based’ powerful learning environments

Abstract

Does it help one to know how a Chateau Pichon Longueville Baron 1989 looks, smells and tastes in Montpellier, when in fact one is in the process of tasting a Pichon Longueville Baron 1990 at home in a dark and humid cellar at 14 degrees? How important is prior knowledge and assessment for learning in higher education?

The present paper provides a theortical background concerning activation prior knowledge, using new assessment methods and applying a new learning process model referred to as powelful learning environments. Recent research has shown that increasing efficiency in learning can be achieved by introducing powerful learning, building on the students' prior knowledge and making use of multiple functions of assessment tools. Different concepts, methods and effects are explained in the paper with regard to their use in real classrooms. A model is outlined for integrating learning, instruction and assessment.

Attendants to the session in Montpellier should not only be prepared to taste a good glass of French claret wine, but should also be interested in thinking and working interactively. The presentation itself will elaborate on some of these and will focus practical applications in agricultural higher education.     

Students’ academic performance and various cognitive processes of learning: an integrative framework and empirical analysis

The main aim of this study is to test a conceptualised framework that involved the integration of achievement goals, self‐efficacy and self‐esteem beliefs, and study‐processing strategies. Two hundred and ninety (178 females, 112 males) first‐year university students were administered a number of Likert‐scale inventories in tutorial classes. Data were analysed through structural equation modelling procedures. The results provided support, in part, for the hypothesised relationships; for example, both self‐efficacy and self‐esteem exerted positive effects on deep processing, and academic performance was influenced positively by mastery goals and deep processing. Similarly, surface processing exerted a negative effect on academic performance. One key finding was the positive effect that self‐esteem exerted on self‐efficacy. Finally, a one‐way MANOVA indicated statistically significant differences between men and women in their self‐esteem; women reported higher self‐esteem than men. This study provides support for the amalgamation of key motivational and learning theories and accentuates the importance of achievement goals, self‐efficacy and study‐processing strategies as possible mediators of students’ academic performance.     

Classroom teachers’ craft knowledge of their inclusive practice

Whilst recent decades have seen significant progress in research on inclusive education, many teachers still feel that the research literature does not fully address their professional concerns about how to enact a policy of inclusion in their classrooms. To help to bridge this gap, we drew on the concept of craft knowledge to undertake a detailed study in two Scottish primary schools of the practice of class teachers who are committed to meet the needs of all learners. This paper describes the processes involved, and considers how these helped us to develop a greater understanding of what constitutes inclusive practice, whilst also contributing to a more robustly theorised knowledge of what we have termed inclusive pedagogy, or the inclusive pedagogical approach. Methodological complexities arising from the use of the concept of craft knowledge are also explored.     

Students’ images of two-variable functions and their graphs

This paper presents a conceptual analysis for students’ images of graphs and their extension to graphs of two-variable functions. We use the conceptual analysis, based on quantitative and covariational reasoning, to construct a hypothetical learning trajectory (HLT) for how students might generalize their understanding of graphs of one-variable functions to graphs of two-variable functions. To evaluate the viability of this learning trajectory, we use data from two teaching experiments based on tasks intended to support development of the schemes in the HLT. We focus on the schemes that two students developed in these teaching experiments and discuss their relationship to the original HLT. We close by considering the role of covariational reasoning in generalization, consider other ways in which students might come to conceptualize graphs of two-variable functions, and discuss implications for instruction.     

Architecture students’ perceptions of their learning environment and their academic performance

Scholars have agreed that the way in which students perceive their learning environments influences their academic performance. Empirical studies that focus on architecture students, however, have been very scarce. This is the gap that an attempt is filled in this study. A questionnaire survey of 273 students in a school of architecture in Nigeria provided data for this pilot study. The perceptions of the students were best defined by the involvement of the students in their studies, the perceived support, and conduciveness of the learning environment. The students’ perceptions of their learning environment varied with their years of study, age and gender. Their perceptions of inflexibility of schedule, positive assessment, and fairness influenced the overall grades of students. The results suggests which aspects of learning environment that can be manipulated by architectural educators to improve the performance of their students. The study of the learning environment of architecture students still appears to be relatively unexplored. The value of this study therefore lies in its exploration of the perceptions of the learning environment from the point of view of students.