Examining shifts in preservice teachers’ beliefs and attitudes toward writing instruction

ABSTRACT

The purpose of this study was to examine the effectiveness of integrating self-reflection, focused instruction, and field practice in a semester-long language arts course in order to shift early childhood preservice teachers’ (PSTs) beliefs and attitudes about writing instruction, as well as their development and planned use of tools for instruction. The findings revealed that a course focused primarily on preparing PSTs to teach writing can influence PSTs’ definitions of writing, the importance they place on writing instruction, their self-efficacy related to teaching writing, and their tools for instruction.     

A Randomized Controlled Trial of a Modularized,Computer-Assisted,Self-Paced Approach to Developmental Math

Abstract

Community colleges are a large sector of postsecondary education. In 2016–2017, the United States had nearly 1,000 public 2-year postsecondary institutions (community colleges), serving almost nine million students, representing 39% of all undergraduates. The majority of entering community college students require developmental (or remedial) math. Success rates in the developmental math course sequence and college more broadly are discouragingly low. Policymakers, practitioners, and researchers alike are eagerly searching for reforms to improve success rates, but there is a dearth of causal evidence on the effectiveness of most proposed reforms. We sought to answer the following question: what effect does a modularized, computer-assisted, self-paced approach to developmental math (compared with a more “traditional” direct-instruction course alternative) have on students’ likelihood of completing the developmental math course sequence? Findings from a randomized controlled trial (n =1,403) are presented. The program was well implemented; however, we did not find evidence that this approach was superior to the “traditional” math class. Although these results are disappointing, they are important because modularization and self-paced computer-assisted instruction are popular reforms.     

The teaching of the philosophy of science in secondary classrooms: case studies of teachers’ personal theories

This study examines teachers’ philosophies of science and describes how these philosophies influence their classroom instruction. Three science teachers with very diverse views of science were interviewed and observed in their classrooms for several months. These teachers’ philosophies were found to influence laboratory instruction, the manner in which demonstrations were used, the teaching of evolution, science‐technology‐society (STS) instruction, word usage, and instructional goals. The findings are relevant to issues in teacher education as well as the institutional environment of teaching.     

Which instructional models influence more on perceived exertion,affective valence,physical activity level,and class time in physical education?

Abstract

The aim of this study was to examine the effects of two different instructional models (i.e. direct instructional model (DIM) and tactical games model (TGM)) with primary education students. Perceived exertion, affective valence, physical activity (PA) level, instruction time, active learning time, and relation of instruction/active learning time were measured with 256 primary education students during DIM and TGM 8 weeks’ intervention programs. Significant differences were found between the DIM and TGM in perceived exertion, PA level, instruction time and in the relation between instruction/active learning time (p?<?.01, ES=?0.4 to 1.1). By age group, the DIM had significantly higher PA level in students of 3^rd grade of primary education (G3), 4^th grade (G4) and 6^th grade (G6) (p?<?.05 or p?<?.01, ES=?0.8 to ?0.4). The instructional model used during physical education classes can affect perceived exertion, PA level, instruction time, and the relation instruction/active learning time.     

Student Assessment of Self-Efficacy and Practice Readiness Following Simulated Instruction in an Undergraduate Social Work Program

ABSTRACT

The use of simulated instruction is a growing trend in social work education. This study examined the effectiveness of simulated instruction with undergraduate social work students. In this mixed methods study, the extent to which simulated instruction improved self-efficacy and practice readiness was assessed. Results of the study suggest that simulated instruction helps improve key practice skills and increases recognition of diversity in practice. Moreover, students self-reported increased mastery in interviewing, managing emotions, and engaging in culturally competent practice.     

Factors Causing Failure in Teaching

Abstract

This study was undertaken to examine two fundamental questions related to the use of graphic organizer instruction with fifth-grade, normal-achieving students: (a) Does graphic organizer instruction facilitate comprehension, recall, and transfer of information contained in an expository textbook? and (b) To what degree is explicit instruction necessary for independent generation and use of graphic organizers by students? In four experimental conditions, participants read social studies information with or without the graphic organizer. The conditions were further separated by the presence or absence of explicit instruction. Participants in the control condition received traditional basal instruction, as prescribed by the teacher's manual of the district-adopted textbook. Participants in all groups performed comparably on acquisition and retention measures. However, when required to read and recall novel social studies content, participants receiving the graphic organizer and explicit instruction performed better on the measure of transfer than students who received traditional basal instruction did.     

Evaluating Experimental and Control Programs for Attrition/Persistence

Abstract

This study assessed the effectiveness, in terms of attrition/persistence, of an experimental program for disadvantaged freshmen (A’ = 104) as contrasted with a control program (N = 104). Multifactor analyses of variance considered the effects of programs, special instruction, financial aid, ACT, sex, race, and GPA. In terms of freshman attrition/persistence, there were no viable significant differences between the experimental and control programs; between special and regular instruction; between financial aid and no financial aid; between special instruction with financial aid and regular instruction with no financial aid; between lower and higher ACT scores; between males and females; or between blacks and whites. Grades (as significant main effects and in significant interactions) differentiated freshman attrition/ persistence consistently.     

Effectiveness of Schema-Based Instruction for Improving Seventh-Grade Students’ Proportional Reasoning: A Randomized Experiment

Abstract

This study examined the effect of schema-based instruction (SBI) on 7th-grade students’ mathematical problem-solving performance. SBI is an instructional intervention that emphasizes the role of mathematical structure in word problems and also provides students with a heuristic to self-monitor and aid problem solving. Using a pretest-intervention–posttest-retention test design, the study compared the learning outcomes for 1,163 students in 42 classrooms who were randomly assigned to treatment (SBI) or control condition. After 6 weeks of instruction, results of multilevel modeling indicated significant differences favoring the SBI condition in proportion problem solving involving ratios/rates and percents on an immediate posttest (g = 1.24) and on a 6-week retention test (g = 1.27). No significant difference between conditions was found for a test of transfer. These results demonstrate that SBI was more effective than students’ regular mathematics instruction.     

Examining technology integration in middle school STEAM units

ABSTRACT

This research draws on a longitudinal study in which middle school math and science teachers enacted STEAM (science, technology, engineering, art and mathematics) teaching in their classroom after participating in intensive STEAM professional development aimed at increasing effective STEAM teaching. The authors address one important aspect in STEAM teaching, technology integration practices of teachers during instruction, and theorise their work using connected learning theory. Qualitative case study is used to identify and describe technology integration themes which emerged during STEAM instruction. Results suggest 17 of the 21 teachers participating in the study demonstrated technology integration involving one or more areas of instructional approaches, assessment and student use. The research expands what we know about how technology can be integrated in STEAM instruction and suggests ways to capitalise on technology to broaden access and appeal to all students during STEAM instruction.     

Book Reviews

Abstract

This study investigated the effect of microcomputer-assisted instruction on the acquisition of computer literacy by fifth grade students. One group of fifth grade students received mathematics drill and practice instruction using a microcomputer; the other group used an equivalent noncomputer mathematics drill and practice program. Based on the results of this study, it was inferred that the use of microcomputer-assisted instruction significantly improved the computer literacy of the fifth grade students.     

Social Behavioral Aspects of Teaching Reading to Kindergartners

Abstract

The purpose of this study was to examine the psychosocial effects of reading instruction upon a class of kindergartners. Pre-testing established the substantial equivalence of this group to two control groups in intelligence, reading readiness, personal-social adjustment, and socioeconomic status. The experimental group received regular instruction in reading from an experienced first grade teacher during the second trimester and one half (January to June) of the 1963-64 school year. Post-test data indicated that boys displayed less acceptable classroom behavior as a by-product of such instruction. Parents were favorable to the instruction, but the teachers involved were less so. The teachers maintained that the children, although interested, had to “work too hard” to master the task of reading.     

App-Based Manipulatives and Explicit Instruction to Support Division with Remainders

ABSTRACT

In theory, both virtual manipulatives and explicit instruction are viable options to support students with disabilities as they learn mathematics. This study explored the effect of a treatment package—an app-based virtual manipulative (Cuisenaire® Rods) in conjunction with explicit instruction—on students’ acquisition and generalization of solving problems involving division of whole numbers with remainders. Three middle school students with disabilities participated in this multiple baseline, multiple probe across participants single case design study. Each of the students acquired the mathematical behavior of being able to solve division with remainders problems. In other words, a functional relation existed between the intervention package of explicit instruction and the Cuisenaire® Rods app-based manipulative and students’ accuracy in solving division with remainders problems. Yet, two students failed to generalize the skill without the explicit instruction and use of the app-based manipulative.     

Improving Comprehension Ability in Silent Reading

Abstract

This study was designed to compare the retention of material presented by programmed instruction and the conventional lecture method. Subjects were divided into two matched groups; one received programmed instruction and the other received the conventional lecture method of instruction. Subjects were retested at intervals of one day, one week, and two weeks. There were no significant differences between the two groups at any time. In view of some practical advantages of programmed instruction, and the results of this study, it is felt that it deserves careful attention as an effective teaching method.     

Situating Computer Simulation Professional Development: Does It Promote Inquiry-Based Simulation Use?

ABSTRACT

This mixed-methods study sought to identify professional development implementation variables that may influence participant (a) adoption of simulations, and (b) use for inquiry-based science instruction. Two groups (Cohort 1, N = 52; Cohort 2, N = 104) received different professional development. Cohort 1 was focused on Web site use mechanics. Cohort 2 was situated in nature and provided three additional elements: (a) modeling simulation use within inquiry-based instruction; (b) collaboration; and (c) provision of content-relevant lesson planning time. There was no difference in the extent of simulation use between cohorts, χ²(1) = 0.878, p = .349, φ = ?0.075. Results were inconclusive for a difference in observed inquiry instruction as Fisher's Exact Test was insignificant but had a medium effect size, p = .228, φ = 0.283. Computer-based standardized tests emerged as a novel technology integration barrier. These findings have implications for school policy, professional development, and future research.     

Reality Therapy and Personalized Instruction: A Success Story

Abstract

A longitudinal pilot study investigating the cumulative effects of reality therapy counseling and individualized instruction on the control expectancy and success rates of high-risk community college students was conducted. Findings support the tentative hypotheses that control expectancy, achievement, and holding power can be modified by instruction and counseling. The study was conducted over a three-year period at a community college in southeastern North Carolina.     

Investigating the relationships among students’ self-efficacy beliefs,their perceptions of classroom learning environment,gender, and chemistry achievement through structural equation modeling

Background: Investigating factors contributing to chemistry achievement is important since it enables us to make more concrete instructional decisions related to improving students? chemistry achievement.

Purpose: This study aimed to investigate how students? perceptions of learning environment, self-efficacy and gender are related to chemistry achievement.

Sample: Three hundred fifty six high school students with the age range of 14 and 19 from three different schools in the same district were the participants.

Design and methods: A structural equation model was designed and tested. Constructivist learning environment survey, self-efficacy scale were the instruments of the study. Information about students? gender and their chemistry grades belonging to the previous semester were also collected.

Results: The model testing showed that chemistry self-efficacy beliefs, students? perceptions of constructivist learning environment (through chemistry-self efficacy) and gender were significantly related to chemistry achievement. Moreover, the findings showed that students? chemistry self-efficacy beliefs mediated the relation of students? learning environment perceptions to their chemistry achievement.

Conclusions: The present study has some educational implications for teachers, teacher educators and curriculum developers. First of all, self-efficacy was found to have an effect on students? achievement. Therefore, teachers should consider students? self-efficacy beliefs and devise their instruction accordingly. Another implication of this study is the necessity of considering gender differences in designing teachers? instruction.     

Interactions between Instructional Methods and Styles of Concept Learning

Abstract

Statistical interactions between Conceptual Levels Test (CLT) scores and deductive vs. inductive teaching methods were examined among 275 sixth grade pupils. The purposes of the study were to determine whether the two methods are most effective among different students, and whether CLT scores predict which students should receive each kind of instruction. Subjects were randomly assigned to deductive and inductive groups for instruction in critical thinking. Repeated measures of achievements and attitudes provided four sets of criterion scores. The regression of criterion scores on CLT scores yielded one significant disordinal interaction and four confidence intervals within which deductive teaching was significantly more effective than inductive instruction. Regions in which inductive teaching was significantly superior were not observed. While deductive instruction was advantageous for some learners, neither high, medium nor low CLT scorers benefited consistently from inductive teaching.     

Classroom Observations of Task-Attending Behaviors of Good and Poor Readers

Abstract

The purpose of this observational research was to investigate the task-attending behaviors of good and poor readers during reading instruction. Three aspects of reading instruction were identified for investigation 1) working with the teacher versus working independently ; 2) the nature of the reading task; and 3) the difficulty level of the reading material used for instruction. No difference was found in the task-attending behavior of good and poor readers when engaged in teacher-directed reading instruction and when reading independently. Good readers spent significantly more on-task time involved in contextual reading then poor readers. It is also suggested that good readers are placed in "easy" materials while many poor readers are placed in "difficult" materials for reading instruction, the result being that students in "easy" materials are on-task more often than those in "difficult" materials. Limitations and implications of the study are discussed and recommendations for instructional practice are presented.     

Fostering metacognitive awareness among teachers: Implications for the Nigerian school system

Abstract

This article focused on the concept of metacognition. Some theoretical models of metacognition were discussed to provide a general framework to understand the relationship between the different aspects or components of this phenomenon. The study also looked at five metacognitive strategies that enhance learning in schools, namely: (1) graphic organizers; (2) metacognitive scaffolding; (3) reciprocal teaching; (4) explicit instruction; and (5) collaborative learning. The work also briefly highlighted the problems of metacognitive strategies used in Nigerian schools. We noted that all learners do not engage spontaneously in metacognitive thinking unless they are explicitly encouraged to do so through carefully designed instructional activities. The study therefore recommended effective practice of scaffolded instruction on metacognitive strategies use in Nigerian schools and other countries in the world.