Abstract This study examined the effects that teaching fourth-grade teachers (N = 29) to use one of two classroom-based interventions had on students' mathematics achievement. In the thinking skills intervention, teachers received instruction in how to teach their students the cognitive strategies of defining and describing, thinking of reasons, comparing, and summarizing. In the learning time intervention, teachers received instruction in how to increase students' engagement and academic learning time. All students completed a vocabulary test and mathematics achievement pretests in December and the same mathematics tests again in May. Observers coded teachers' instructional behavior and students' engagement before and after the intervention. Twelve students from each class were interviewed in May to obtain verbal protocols of students' use of the thinking skills. Results showed significant ability x treatment interaction effects on mathematics problem solving and on higher level achievement at both the class level (between-class) and the individual student level (within-class). Lower ability classes did better in the learning time intervention than in the thinking skills intervention, whereas higher ability classes did better in the thinking skills intervention than in the learning time intervention. Observations and transcripts of classroom interactions showed that thinking skills teachers of lower ability classes were less effective in implementing thinking skills than were teachers of higher ability classes. Within class, the lower ability students benefited more from the thinking skills intervention than from the learning time intervention, perhaps because the interventions gave these students cognitive strategies that they did not already have; once provided with these strategies, however, these students were then able to use them in mathematics problem solving. Quantitative and descriptive analyses of students' verbal protocols supported this conclusion. Show Journal Information The editors and editorial board of Cognition and Instruction recall an admonition of a historian of science, de Solla Price, to consider scientific reasoning as "thinking creatively about anything with no holds barred." We invite work that imaginatively considers problems in cognition and instruction, along with the evidence that would allow others to participate in the exercise of such imagination. Given that methodologies are tools of theory, we invite careful consideration of how methods and theories are reflexively constituted in accounts of teaching and learning. Mindful that education has long been regarded as a design profession, we are most interested in the development of pragmatic theories that offer empirically well-grounded accounts of cognition in designed contexts, such as schools, museums, and workplaces. We invite manuscripts that: systematically investigate the design, generation, functioning, and support of innovative contexts for learning; examine the growth and development of interest and identity in these contexts; explore how social practices, especially in professions, shape cognition; describe the activity of teaching in support of learning; advance our understanding of cognitive processes and their development as they occur in subject matter domains and across contexts, such as laboratories, schools, professions, and informal sites of learning; analyze the nature of fluent and skilled cognition, including professional expertise, in important domains of knowledge and work; examine learners in interaction with innovative tools designed to support new forms of literacy; and contribute to theory building and educational innovation. Research investigating cognition and instruction at multiple grain sizes and through the use of mixed methods is welcomed. In addition, proposals for topic specific special issues are considered. Publisher Information Building on two centuries' experience, Taylor & Francis has grown rapidlyover the last two decades to become a leading international academic publisher.The Group publishes over 800 journals and over 1,800 new books each year, coveringa wide variety of subject areas and incorporating the journal imprints of Routledge,Carfax, Spon Press, Psychology Press, Martin Dunitz, and Taylor & Francis.Taylor & Francis is fully committed to the publication and dissemination of scholarly information of the highest quality, and today this remains the primary goal. Rights & Usage This item is part of a JSTOR Collection. Direct Instruction MODEL CLASSROOM CRITERIAThe following should be consistently implemented to meet goals for students: At times a group will not complete a lesson during the small group period due to a delayed schedule, a difficult lesson, or children who need more repetition and firm-up. These groups should be completed later in the day. Teachers should have criterion time scheduled or, if necessary, other class activities should be pre-empted so the core academic areas can be completed. An uncompleted lesson should be made up daily, or the children will fall behind. With higher performing groups, the teacher may be able to skip lessons or combine lessons to make up a loss in lesson gain. However, student mastery of the tasks is the ultimate goal. By firming and completing lessons daily, the teacher can ensure progression through the program as well as mastery. Management Students can see teachers and materials. The teachers should be aware of the position of their hands, fingers or body parts so that they don’t block visual material that students have to see. For example, the teacher’s body may block the chalkboard writing for a student or two seated at the end of the row. It may also happen that a teacher’s arm or finger partially obscures a printed word or picture in the Teacher Presentation Book. Seating arrangement.. All distracting objects should be removed. The chairs or desks are arranged to allow the teacher easy monitoring of everyone in the group. If the group is large, teacher should walk among students in order to monitor. In small groups, the slowest processors or students with the most academic problems should be seated directly in front of the teacher to be frequently monitored. If students are allowed to sit on the floor, it may take extra time and energy to keep their attention. Young children or immature learners need to sit within touching distance of the teacher for purposes of reinforcement and for touching teacher-held materials without leaving their chairs. If a table is used, consider its necessity and if it is inhibiting attention or performance of the students. Monitoring responses. The teacher’s attention should be on the students not on the book. If the students are writing, the teacher should be watching their papers. If the students are answering, the teacher should be watching their faces. Clear Signals The type of signal used varies with the type of task. The most common signals are those that elicit responses while the students are looking at the teacher or some visual material–a touching signal. Other signals are for use with students who are looking at their own material, such as a story or a math problem. In order for the students to respond correctly, they must continue to look at the material, rather than the teacher. This signal used is an auditory signal-a tap, clap, or snap. Pacing Transitions Formats Many rules and explanations of basic skill learning include key or pivotal words that, if properly stressed, let the students know which words to pay attention to. Stressing key words in the script aids rapid learning and develops meaning. When students encounter later tasks that are closely related and dependent on the student being firm on these key words, they will have problems if these words weren’t used or stressed. Generally, instructional personnel should closely follow scripted wording during the first year of presenting a program or until rationale for specific wording is clearly understood; only when modifications effectively convey the same message as original script should they be attempted. For example, saying “what sound?” is as clear as “get ready” on sounds page. Reinforcement Most praise comments should be about academic performance rather than for prerequisite attending behaviors (e.g., eyes on book, etc.). A Teacher vs Group Challenge Game can provide the appropriate structured reinforcement system that places priority on first-time correct academic performance. Students earn points (toward a preferred activity or other reward) by responding correctly the first time to an exercise and fewer points when the exercise is repeated after corrections. Students can also earn points for working on task during extended firming practice. The only way the teacher earns points is for students’ inattentive or off-task behavior. If the teacher earns a preset number of points, all the previously-earned student points are erased; thus, there are positive consequences for working hard and performing academically and a negative consequence for not working. To be effective, points need to be awarded quickly and paired with specific praise comments. A reinforcement system with points is effective for encouraging accuracy on independently completed work. Correct Non-Responding Correct Errors On difficult tasks or tasks for which students have previously made errors, teachers should provide pre-correction or prompt (e.g., “Remember there’s an ‘e’ on the end of this word.”) and reinforce correct responding. If prompts have been given the first time through an exercise, the teacher should repeat the exercise without prompts and then give individual turns. The teacher should be motivating students to respond correctly the first time through each exercise. Even though some errors may be expected during group instruction, the group should have a 75% first-time correct rate. If students are making more errors, they will become frustrated and learning will become punishing. The teacher needs to be sure complete corrections are done, more individual turns and more frequent review are done; then consider placing students at a lower lesson level where they can perform at a 75% success rate. Firm Up Individual Turns The teacher should be focusing on lower performing children by giving them at least half of the individual turns. If the lower performing children have mastered a task, the higher performers have probably mastered the task as well. Lower performers can be spotted by the errors they make in group through data from Mastery Tests, or through worksheet errors. Individual turns should always be given after an error has been made and the group has been corrected. Responses to Independent Work Additional seatwork. Children should be able to complete the Direct Instruction worksheets for each subject (at levels 1 and 2) in 20 minutes. Therefore, additional seatwork that the children can do without help is required. This seatwork should teach academic skills rather than “busy work.” The programs include some writing and spelling work, but teachers should provide supplementary activities in both areas that is appropriate to the students’ skill level and require only brief introduction from teacher. Individual or group performance data. There is sometimes a discrepancy between a student’s performance in a group situation and in an individual setting. Some indicators of individual mastery could be: reading part or all of a story (note fluency and accuracy), and looking at independent portions of worksheets in comprehension and math programs. Teachers should be keeping records of students’ performances on In-Program Mastery Tests that occur within many of the DI programs. Group mastery indicators might involve such measures as: total number of errors during group story readings and keeping error data summaries of independent worksheet or workbook task performance. Positive Learning Environment What is the effective classroom?In effective classrooms, students take part in discussions, investigations, and experiments that broaden their knowledge and skills. Whether through whole group discussion, small group work, or independent practice, the majority of learning is student-led.
Is inquiry based learning student centered?Inquiry-based instruction is a student-centered approach where the instructor guides the students through questions posed, methods designed, and data interpreted by the students. Through inquiry, students actively discover information to support their investigations.
What are examples of classroom practices?Classroom Practices. Learning Contexts.. Active Learning.. Critical Reading.. Contemplative Pedagogy.. Promoting Metacognition.. Teaching with Podcasts.. Classroom Communication Tips.. Effective Multimedia Lecture Slides.. Which evaluation monitors learning progress during instruction?The goal of formative assessment is to monitor student learning to provide ongoing feedback that can be used by instructors to improve their teaching and by students to improve their learning.
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