Four Cognitive Principles of Learning-Strategy Instruction

Four cognitive principles of learning-strategy instruction are proposed. These principles call for strategy researchers to: (a) develop learning strategies that are appropriate to one's desired cognitive outcomes, (b) conduct routine component analyses of both learning strategies and learner processes, (c) take into account the match between the particular learning strategy and the learner's specific knowledge and skills, and (d) perform controlled empirical validations of learning-strategy effectiveness. A preliminary model that distinguishes among the processes of understanding, remembering, and applying is presented to amplify the first cognitive principle.     

Learning to teach: Knowledge development in classroom management

How does knowledge acquisition contribute to the process of learning to teach? To answer this question, qualitative and quantitative data were collected to investigate the development of teacher candidate knowledge about classroom management within an elementary teacher education program. Specifically, concept maps and interviews revealed patterns of cognitive change over a two-quarter sequence of courses. Analysis of concept maps showed turbulent and idiosyncratic change influenced by program experiences, with an apparent decline in cognitive organization. In interviews candidates deemphasized program influences, focusing instead on clinical experiences as the impetus of cognitive change. These findings—the turbulent apparent decline in cognitive structure and the primacy of field experiences—are explained in terms of Anderson's ACT1 learning theory. Implications for future research in teacher's conceptual development are discussed.     

Mining students' learning patterns and performance in Web-based instruction: a cognitive style approach

Personalization has been widely used in Web-based instruction (WBI). To deliver effective personalization, there is a need to understand different preferences of each student. Cognitive style has been identified as one of the most pertinent factors that affect students' learning preferences. Therefore, it is essential to investigate how learners with different cognitive styles interact with WBI programs. This paper presents an empirical study, which examines the effects of cognitive styles on students' learning patterns and the effects of learning patterns on their learning performances. Riding's cognitive style analysis was used to identify the students' cognitive styles. Data mining, especially a clustering technique, was used to analyze the results. It was found that field independent students frequently used an alphabetical index whereas field dependent students often chose a hierarchical map. Such learning patterns also have great effects on their performance, especially for field dependent students.     

From conceptual development to science education: a psychological point of view

A theoretical framework based on cognitive/developmental research is described. It is argued that science learning is a gradual process during which initial conceptual structures based on children's interpretations of everyday experience are continuously enriched and restructured. Conceptual change also involves increased metaconceptual awareness, cognitive flexibility, and theoretical coherence. Some of the implications of this research for the development of science curricula and for instruction are discussed. It is also argued that while cognitive/developmental research can provide us with important information about the process of learning science, it does not provide much information about the external, environmental variables that can facilitate cognitive performance and conceptual change. What is needed in the future is the development of a theory of learning that bridges science education and cognitive/developmental research. Such a theory should specify the mechanisms that can take an individual from one level of cognitive performance to the next and relate them to situational and cultural factors.     

Evolution and development of folk knowledge: Implications for children's learning

Abstract

A central theoretical issue in evolutionary developmental psychology concerns the relation between evolved systems of folk knowledge and academic learning in modern schools. A model for conceptualizing motivational biases, cognitive competencies (e.g., language), and children's inherent developmental activities that compose these systems of folk knowledge is presented. Implications for children's learning of culture-specific academic competencies, such as reading, and associated motivational and instructional issues are then discussed. The thesis is that the motivational, cognitive, and developmental systems that compose folk knowledge are not sufficient for academic learning, but are the foundation from which academic competencies are built. Implications for educational theory and research are profound     

Profiles of cognitive precursors to reading acquisition. Contributions to a developmental perspective of adult literacy

This article discusses conceptual and empirical elements concerning the development of cognitive processes that function as precursors of reading, and their association with the acquisition of reading skills in an adult population participating in literacy courses. It connects emergent literacy research with historical–cultural and bioecological concepts. Subsequently, it focuses on the problem of the development of profiles of cognitive reading precursors. A sample of 63 Chilean adults was studied through a growth/learning curves approach. The study replicated previous results indicating the existence of three major profiles of these cognitive precursors. Together, these precursors are associated with significantly different learning curves beyond the effect of each precursor considered separately. In addition, it established a negative association between initial phonological awareness and the rate of reading acquisition during the course. It has been claimed that an individual's participation in specific cultural activities throughout his/her life influences the development of the precursors of reading. Based on a complementary biographical study of a subsample of participants, preliminary evidence is presented that supports this link.     

Learning while playing: Children's Forest School experiences in the UK

Children's outdoor play is declining, despite clear links between play, learning and development. Alternative learning initiatives which provide children with a diversity of play opportunities, including the chance to play outdoors, are therefore needed. One such programme, Forest School, is increasing in popularity in the UK and internationally, yet little is understood about its impact on children's learning, or how alternative approaches are informing learning in mainstream settings. This novel study examined primary school children's experiences of engaging in a Forest School programme in relation to this intersection between formal and informal approaches to learning. It explored how children interpret their experiences when faced with a fusion of learning environments and critically evaluates the benefits children realise, when asked to reflect on their learning engagement in both classroom and outdoor settings. Interviews were conducted with 33 children from two mainstream primary schools in England who had recently completed a 6-week Forest School programme. A rigorous phenomenological thematic analysis revealed three inter-related themes: a break from routine; learning through play; collaboration and teamwork. The findings suggest that the blending of Forest School with mainstream settings contributes to children's social, cognitive, emotional and physical skill development through experiential learning using play. These findings are significant because they not only emphasise the values of social constructivist play-pedagogy which underpin Forest School practice, but also highlight the need for primary schools to consider learning outside of the classroom as an effective pedagogy.     

Learning disabilities: A piagetian perspective

Research findings in learning disabilities based on Piaget's theory were reviewed. Superimposing the findings of research on Piagetian stages of cognitive development, it appears that during the sensorimotor stage the diagnosis of learning disabilities is difficult. The research findings suggest that there is a delay in cognitive development of learning-disabled children during elementary school years, which corresponds to preoperational, concrete operational, and transition to formal operational stages. From a genetic epistemological perspective, research evidence supports a “developmental lag” approach to learning disabilities. Implications for assessment, curriculum planning, and education are discussed.     

Beyond access: special education in America

ABSTRACT

This paper seeks to examine the parallels between many aspects of conductive education and the conceptual framework of Feuerstein's theory of mediated learning. Conductive education is not a treatment administered to remedy some pathology, as is the case with many therapies, but rather a system of education aimed at developing the whole individual. How this process is achieved may be enlightened by reference to Feuerstein's model of mediated learning experience (MLE). Two key aspects of Feuerstein's theory are examined: first, structural cognitive modifiability (SCM), which maintains that every individual's cognitive structures are capable of modifiability, despite barriers of retardation ‐ very much in line with modern neuroscience and its model of the brain as a plastic and adaptable system; and secondly, mediation (MLE), which is the process whereby a more initiated individual acts as a mediator between culture and child and thereby directs the child into preparing an adequate response. A detailed examination with exemplars is then undertaken into the mediation of many different aspects of development, including the three essential mediation processes of intentionality and reciprocity, transcendence and meaning. Finally, the implications of Feuerstein's theory for models of research and evaluation are considered, particularly the need for more qualitative and interactional approaches which maintain ecological validity.     

Incorporating motivation into multimedia learning

What is the role of motivation in multimedia learning? Cognitive theories of multimedia learning tend to focus on instructional methods aimed at reducing extraneous processing (such as highlighting the essential material) or managing essential processing (such as breaking a lesson into parts), whereas motivational theories tend to focus on instructional methods aimed at fostering generative processing (such as adding appealing graphics or challenging scenarios). Moreno's (2005) cognitive affective theory of learning from media is intended to better incorporate motivation and metacognition into theories of multimedia learning, helping to extend or clarify Mayer's (2009) cognitive theory of multimedia learning and Sweller's (Sweller, Ayres, & Kaluga, 2011) cognitive load theory. The research presented in this special section examines motivating instructional features intended to promote generative processing—such as adding appealing graphics (Magner, Schwonke, Aleven, Popescu, & Renkl, 2013; Plass, Heidig, Hayward, Homer, & Um, 2013) or challenging scenarios (D'Mello, Lehman, Pekrun, & Graesser, 2013). Overall, motivational features can improve student learning by fostering generative processing as long as the learner is not continually overloaded with extraneous processing or overly distracted from essential processing.     

Approaches to the Enhancement of Tertiary Teaching

Recent research in the areas of cognitive psychology and student learning involves changed conceptions of the natures of learning and of teaching, with promising implications for the enhancement of tertiary teaching. A model of learning is presented, proposing that the teaching context, students' approaches to learning, and the outcomes of learning, form a system in a state of equilibrium. Three approaches to enhancing teaching follow from the model: additive, interactive, and contextual. Additive approaches ignore both students' approaches to learning and the institutional context, and are relatively ineffective. Genuine improvements in student learning involve interactive and contextual approaches to teaching, which can be activated through appropriate staff development.     

Young Children's Ideas about the Earth in Space

Children's ideas about the Earth in space, at least in terms of its shape and gravitational attraction, have been of interest to science education researchers and cognitive psychologists for some time. Focusing on shape and gravity alone, however, may have resulted in an underestimation of children's other abilities and learning potential in this field. Details from a recent survey of children's ideas arc presented which suggest that this might be the case. The findings highlight a need for care at a time when classroom expectations are increasingly driven and constrained by ‘educational guidelines’ and ‘science curricula’ which remain to be fully informed.     

Designing Education for Professional Expertise Development

How to facilitate learning by novices (students) on their road to expertise has attracted the attention of a vast number of researchers in cognitive and educational psychology as well in the field of learning and instruction. Although many studies have investigated the phenomenon of expertise development, the implications of the findings for instruction are scattered throughout the literature. This article reports the results of a systematic literature review of 37 studies on expertise development. Using Tynjälä's Integrative Pedagogy Model as an organising framework, the implications for educational practice described in these studies are presented as 10 instructional principles. This study takes a step towards translating expertise development research into guidelines for instruction. Implications for future research are discussed.     

The mind is not a black box: Children's ideas about the writing process

We studied children's conceptions of the writing process while the complex cognitive activity of writing is carried out through a pictorial representation of the writing process. Sixty children attending Kindergarten, first grade and fourth grade in Bariloche, Argentina, were presented individually with a sequence of four questions about the content of a child's thought at four key moments of writing production (anticipating, writing, revising, rereading), which were depicted on picture cards. Textual analysis, the application of Simple Correspondence Factorial Analysis (SCFA) and Modal Response procedures, indicated significant developmental changes in the focus of children's ideas about writing. More specifically, we looked at children's conceptions of the nature of thinking while writing, given cognitive processes of increasing complexity and internalization. Main educational implications indicate the need to rethink practices for teaching writing at initial and primary school levels in order to promote teaching interventions directed at getting pupils to be explicit, revise and redescribe their conceptions about the writing process. We suggest that learners' conceptions of writing processes outline a tacit learning curriculum of writing, which operates by guiding learning efforts and self-evaluation standards.     

Learning Plans

Abstract

Learning plans are essential tools for field education. The development of a learning plan invests the student in the learning process by encouraging ownership. It alsoserves as a model to help students understand the contracting process used when engaging clients. A well thought out learning plan assures accountability and avoids problemsthat may arise resulting from unclear field expectations. Yet, many students and field instructors have difficulty in developing meaningful plans that truly relate to the social work educational experience. This paper provides a framework for developing a learning plan that includes an overview of the student, faculty advisor, and field instructor's roles and the process utilized. Working from broad comprehensive learning goals, cognitive and affective objectives are developed. This leads to specified tasks and evaluative standards. A sample format is presented to further assist students, faculty advisors, and field instructors to develop useful, instructive, and evaluative learning plans.     

Analysis of assessment practice and subsequent performance of third year level students in natural sciences

Abstract

Summative assessment qualifies the achievement of a student in a particular field of specialization at a given time. Questions should include a range of cognitive levels from Bloom's taxonomy and be consistent with the learning outcomes of the module in question. Furthermore, a holistic approach to assessment, such as the application of the principles of the Herrmann Whole Brain Model, needs to be used to accommodate learning style diversity. The purpose of this study was to analyse, assess and compare the summative assessment of two third year level modules in the Bachelor of Science degree programme, namely Biochemistry and Zoology as part of action research with a view to enhancing the professional development of the lecturers involved. The questions posed in summative assessments were classified in terms of Bloom's differentiation of cognitive levels and the four different learning styles determined by Herrmann. Spearman's non-parametric analysis indicated that no correlation existed in this study between cognitive level and student performance based on achievement. In addition, there was not much difference between the cognitive levels and student performance between the two disciplines. Although the students seemed to do better at application level questions, the authors need to reflect on whether the assessments were valid with respect to the learning outcomes, methods of facilitating learning, and the assessments based on cognitive levels and learning style preferences. We conclude that continuous action research must be taken to improve the formulation of learning outcomes and students' achievement of these outcomes and quality of student learning – the main aim being the successful completion of the modules.     

A Piagetian-Based Programme for Learning “Elements and Symbols”

Piaget's learning theory on cognitive development has had considerable impact on science education (Piaget, 1964; Inhelder and Piaget, 1958; Craig, 1972). The theory classifies cognitive learning into four successive stages: (a) sensory-motor, (b) pre-operational, (c) operational, and (d) formal. Various programmes and instructional strategies have been developed based on the theory (Batt, 1980; Karplus, 1977; Renner and Stafford, 1979; Ryan, et al., 1980; Herron, 1978; Good et al; 1978). An application of this theory for teaching and learning scientific concepts is the Piagetian learning cycle (Karplus, 1977) which is of growing interest among science educators. This article intends to introduce briefly the learning cycle in general and suggest a learning cycle for teaching a topic in chemistry: “Elements and Symbols”.     

THE CHURCH AND THE CITY

Abstract

This article mingles stories and concepts of young Jewish Israeli children about God, with reflections on the roles of faith, memory, imagination, and cognitive development in children's Religious Education. The stories are meant to illustrate, among other things, the purity and innocence of young children's faith, which is largely untroubled by fact. Then, using Vygotsky's notions of children's spontaneous concepts and the development of more mature and accurate conceptions in the “zone of proximal development,” a central dilemma in Religious Education will be explored. How can religious educators help young people acquire accurate historical information, textual skills, and theological methods of inquiry, while at the same time nurturing the precious flame of faith? Can we do better at combining systematic learning with pure faith? Toward this purpose, three complementary goals of Religious Education will be suggested: cognitive, practical/moral, and spiritual.