COR V2: Teaching observational research with multimedia courseware

Courseware for Observational Research (COR Version 2) is an interactive multimedia program designed to teach the foundation of the scientific method: systematic observation. COR uses digital video with interactive coding to teach basic concepts, such as creating precise operational definitions; using frequency, interval, and duration coding; developing sampling strategies; and analyzing and interpreting data. Through lessons, a case study, and laboratory exercises, it gradually scaffolds students from teacher-directed learning into self-directed learning. The newest addition to COR is a case study in which students work collaboratively, using their own observations to make recommendations about a child’s disruptive behavior in an after-school program. Evaluations of the lessons showed that classes using COR received better grades on their field observations than did those using methods that are more traditional. Students’ confidence and knowledge increased as they moved through each section of the program.     

Learning by Preparing‐to‐Teach and Teaching: A Meta‐Analysis

The present research meta‐analytically examined the effects of preparing‐to‐teach and subsequent teaching (relative to mere studying without teaching expectancy) on the acquisition of domain knowledge. The synthesis of 28 studies indicated that the estimated effect sizes (Hedges' gs) were 0.35 for preparing‐to‐teach and 0.56 for teaching with preparing‐to‐teach. Both preparing‐to‐teach and teaching with preparing‐to‐teach were effective in promoting deep learning (as well as surface learning) and even after a delay. The learning benefits of teaching with preparing‐to‐teach were larger when students expected and engaged in an interactive teaching activity than when they expected and engaged in a non‐interactive teaching activity. The mere expectation of interactive teaching also produced larger learning effects than the expectation of non‐interactive teaching. These results suggest that preparing‐to‐teach and teaching, interactive teaching after preparing to do so in particular, are useful for enhancing learning.     

Embodying Learning: Post‐Cartesian Pedagogy and the Academic Study of Religion

This paper explores the concept and practice of “embodied pedagogy” as an alternative to the Cartesian approach to knowledge that is tacitly embedded in traditional modes of teaching and learning about religion. My analysis highlights a class I co‐teach that combines the study of Aikido (a Japanese martial art) with seminar‐style discussions of texts that explore issues pertaining to embodiment in the context of diverse spiritual traditions. The physicality of Aikido training makes it an interesting “case study” of embodied pedagogy and the lessons it offers both teachers and students about the academic study of religion. Ultimately, the questions and insights this class generates illustrate how post‐Cartesian pedagogies can expose, challenge, and correct epistemological assumptions that contribute to one‐dimensional views of religion and that fail to address our students as whole persons. A final part of the paper considers other possible venues for embodying teaching and learning in the academic study of religion.     

“Everybody is an Artist”: Arts‐based Education and Formerly Incarcerated Young Black Men's Academic and Social–Emotional Development in an Alternative School

Although arts‐based programming is shown to positively influence the development of youth exposed to adversity, little is known about the influence these programs have on formerly incarcerated emerging adult Black men enrolled in an alternative school. With educational resilience as a guiding framework, this qualitative case study explored the ways in which an arts‐based program in the context of an alternative school designed for formerly incarcerated young people facilitates emerging adult Black men's academic and social–emotional development. Data collection consisted of observations and interviews with school personnel and formerly incarcerated Black male students. Analysis and interpretation included a range of inductive techniques (coding, constant comparisons, and memoing). Results indicate that offering arts‐based activities fostered an environment where students could build caring and supportive relationships with peers and school personnel. Instructional practices that integrated music and poetry provided meaningful opportunities for the young men to participate, which appeared to enhance their motivation and attitudes (self, others, learning, and school) and academic self‐efficacy, and lessen their psychological and emotional distress. Study findings provide insights into how an arts‐based program in an alternative school can improve healthy development and academic achievement among formerly incarcerated young Black men transitioning into adulthood.     

Effects of Teaching Upper Elementary Grade Students to Use Word Learning Strategies

This study examined the effects of three trials of a one-semester program designed to teach word learning strategies. Together, the three trials included 320 fourth- and fifth-grade students from diverse backgrounds. Trial 1 showed that the program significantly increased students? scores on an experimenter-designed test. Trial 2 again showed that the program significantly increased students' scores on the experimenter-designed test and that English learners made larger gains than non-English learners. Trial 3 showed that students made statistically significant gains on the experimenter-designed test and on two transfer tests that were not designed by the experimenters.     

LAW培养模式在医学教育中的建立

LAW模式的建立是要改变被动的、填鸭式学习方式为积极、主动及高效的学习,培养有能力、高素质、有知识的人才。LAW模式给出学习的目标、学习方式及自我检查的标准,基本特点:多层次、多角度学习潜力的调动;启发式、以问题为导向、以学生为中心的互动学习方法;逻辑性、批判性及创造性思维的培养与应用;重点与相关学科内容的整合方式;观察、思考、信息与实践的有机结合。     

Courseware for observational research (COR): A new approach to teaching naturalistic observation

Naturalistic observation is one of the most basic and widely used techniques of scientific research, yet it often receives only a cursory treatment in the research methods course. In this paper, we describe a new interactive multimedia software program that teaches interval, frequency, and duration coding with the use of brief digitized video clips and model check sheets. The program teaches basic observational techniques by leading students through the stages of developing a behavioral coding scheme, collecting data, establishing interrater reliability, and analyzing with chi square. It also has a laboratory component that allows students to practice their skills.     

Learning about Probability from Text and Tables: Do Color Coding and Labeling through an Interactive‐user Interface Help?

Learning from visual representations is enhanced when learners appropriately integrate corresponding visual and verbal information. This study examined the effects of two methods of promoting integration, color coding and labeling, on learning about probabilistic reasoning from a table and text. Undergraduate students (N = 98) were randomly assigned to learn about probabilistic reasoning from one of 4 computer‐based lessons generated from a 2 (color coding/no color coding) by 2 (labeling/no labeling) between‐subjects design. Learners added the labels or color coding at their own pace by clicking buttons in a computer‐based lesson. Participants' eye movements were recorded while viewing the lesson. Labeling was beneficial for learning, but color coding was not. In addition, labeling, but not color coding, increased attention to important information in the table and time with the lesson. Both labeling and color coding increased looks between the text and corresponding information in the table. The findings provide support for the multimedia principle, and they suggest that providing labeling enhances learning about probabilistic reasoning from text and tables. Copyright © 2016 John Wiley & Sons, Ltd.     

Using stimulus equivalence technology to teach statistical inference in a group setting

Computerized lessons employing stimulus equivalence technology, used previously under laboratory conditions to teach inferential statistics concepts to college students, were employed in a group setting for the first time. Students showed the same directly taught and emergent learning gains as in laboratory studies. A brief paper-and-pencil examination, suitable for classroom use, captured effects demonstrated previously through laboratory tests. The results support the extension of the lessons to more naturalistic settings.     

Imagining my ideal: a critical case study of digital storytelling as reflective practice

Teacher candidates (TCs) must navigate personal, experiential, and theoretical discourses of learning to teach to establish a teaching identity. This article describes a critical case example of digital storytelling to imagine a future classroom. The qualitative research design situates the TCs’ digital stories as a performance and analyzes the art form to consider how they might use these texts to imagine and make visible this negotiation. The critical case shows how the TCs used the digital story to make sense of personal experiences, their image of an ideal teacher, methods coursework, and the personal struggle inherent across these sometimes disparate voices of learning to teach. Findings indicate that digital storytelling expands TCs’ reflective practice in the supportive environment of a teacher education program.     

Increase in mastery levels using a computer-based tutorial/simulation in experimental psychology

A computer program was written in PCPilot to teach a unit in basic concepts in experimental design. The graphics-based program includes both tutorials and simulations. The students who used the program had significantly higher test scores than those in another class who did not; they reported that they enjoyed learning to use the program.     

Training Methods for Delivering Difficult News in Genetic Counseling and Genetics Residency Training Programs

Genetic counselors and clinical geneticists are often in the position of delivering difficult news (DDN) to patients and families. Many studies show that healthcare providers require major improvement in the skills needed in DDN in a manner that is satisfactory to their patients. The purpose of this study was to assess the amount and methodology of DDN training received by genetic counselors and medical genetics residents in their training programs, such as observations of DDN or attending didactic lectures. To our knowledge, there is no previous assessment or study of DDN training in genetic counselor and medical genetics residency programs; therefore, we aim to both assess and compare the training in DDN received by genetic counselors and by genetics residents and determine whether there is a desire for recommendations on DDN training. We invited genetic counseling (GC) and genetics residency program directors to participate in an online survey designed to assess coursework, clinical experiences, and directors’ attitudes toward teaching DDN. Response rate was 85% (28/33) for GC program directors and 26% (14/53) for genetics residency program directors. One hundred percent of GC and genetics residency directors who responded to the survey agreed that it is important for genetic counselors and medical geneticists to be able to deliver difficult news effectively and that training programs should formally teach students how to deliver difficult news. Six of the eight common teaching methods are used by at least 75% of GC programs while two of eight are used by at least 75% of genetics residency programs. Seventy-nine percent of GC and 93% of genetics residency program directors agree that there should be recommendations on how to teach students to deliver this news. Our results show that techniques for DDN are integrated more fully into GC program curricula than genetics residency curricula. Directors of both types of programs desire recommendations and more standardized education for training students to deliver difficult news.     

Effects of Delayed Audio-Based Self-Monitoring on Teacher Completion of Learning Trials

Although instructors may teach effective instructional behaviors in pre-service training programs, pre-service teachers frequently do not generalize those behaviors to classroom practicum settings. Feedback within the practicum setting is necessary to promote generalization, but is often limited by university supervisors’ availability. Using a multiple-probe design across 3 pre-service teachers, we investigated audio self-monitoring as a method to provide feedback on the number of learning trials completed during the prior learning review section of lessons. A completed learning trial represented an opportunity for the students to both respond to a prompt and receive feedback from the pre-service teacher and represents the smallest unit of complete instruction. Results indicated that self-monitoring increased the percentage of learning trials completed by pre-service teachers, but had modest effects on rate of learning trials delivered. These findings are discussed in light of the need for methods that help bridge the gap between university-based training and classroom application of key instructional skills.     

Using Self-Directed Video Prompting to Teach Students with Intellectual Disabilities

This study examined the effects of self-directed video prompting presented via an iPod Touch on teaching four adolescents with moderate-to-severe intellectual and developmental disabilities two daily living tasks. Students were taught to wash a table using instructor-delivered video prompts. After reaching 80 % correct for at least three consecutive sessions, a system of most-to-least prompts was used to teach them to use the iPod Touch and a video prompting app (inPromptu) independently. In the final phase, students used inPromptu on the iPod Touch to teach themselves to vacuum with self-directed video prompts. Results of the study demonstrate that all four students learned to wash a table with instructor-directed video prompts, they all learned to use inPromptu on the iPod Touch independently, two students used inPromptu on the iPod Touch to teach themselves to vacuum, and a third student was learning to vacuum using inPromptu.     

Counter-Arguing During Curriculum-Supported Peer Interaction Facilitates Middle-School Students’ Science Content Knowledge

Abstract

Peer argumentation, especially the discussion of contrary points of view, has experimentally been found to be effective in promoting science content knowledge, but how this occurs is still unknown. The available explanations are insufficient because they do not account for the evidence showing that gains in content knowledge are unrelated to group outcomes and are still evident weeks after collaboration occurs. The aim of this article is to contribute to the understanding of the relationship between peer-group argumentation and science content knowledge learning. A total of 187 students (aged 10 to 11?years) from 8 classrooms participated in the study, with the classrooms spread across 8 public schools, all located in Santiago, Chile. We conducted a quasi-experimental study randomized at school-class level. Four teachers delivered science lessons following a teaching program especially developed to foster dialogic and argumentative classroom talk (the intervention group), and four teachers delivered lessons in their usual way (the control group). Students were assessed individually using both immediate and delayed post-test measures of science content knowledge. The results showed no differences in pre- to post-immediate content knowledge between conditions. However, the intervention-group students increased their content knowledge significantly more than the control-group students between post-immediate and post-delayed tests. Hierarchical multiple regression analyses showed that, after controlling for school-level variables, time working in groups, and scores in the pretest, the formulation of counter arguments, although occurring in both groups, significantly predicted delayed gains in the intervention group only. Moreover, the frequency of counterarguments heard by students during the group work did not make a difference. Focal analysis of one small-group work suggests that teachers’ instructional practice may have contributed to the consolidation of students’ knowledge at an individual level in a post-collaborative phase.     

Student Voice for School‐Climate Improvement: A Case Study of an Urban Middle School

This case study used a student voice program in an urban middle school in the southeastern United States to examine the validity of three theoretically derived pathways through which student voice may affect positive school climate. First, using a youth participatory action research process to identify barriers to learning, analyse their root causes, and advocate for solutions to school administration allowed students to influence minor school policies and implement anti‐bullying, classroom‐behaviour‐monitoring, and experiential‐learning initiatives. However, there were challenges to making these policy and practice changes systemic. Second, relationships were formed and strengthened as a byproduct of student participant and staff collaboration in program activities. However, the program may have contributed to an ingroup–outgroup dynamic between participants and other peers. Third, students who participated in the program developed citizenship competencies, and their development may have promoted broader prosocial norms among the student body, though evidence was inconsistent. Study findings suggest that future research examine how variations in the implementation of student voice initiatives can maximize the contribution to a positive school climate in urban schools. Findings also suggest that practitioners should ensure that student teams be representative of a multitude of student identities. Copyright © 2014 John Wiley & Sons, Ltd.     

Promoting Student Cognitive Development

This study focused on a theoretically grounded counselor preparation curriculum that was designed to enhance the moral reasoning and cognitive complexity of students as well as teach them the basic skills and theories of counselor education. The curriculum for the counselor training was rooted in a teaching–learning framework that included conditions for facilitating cognitive–developmental growth and skill and theoretical training components. The purpose of the study was to evaluate the developmental effects of the counselor training program as measured in 2 domains of cognitive development: conceptual level and level of moral reasoning. The participants were assessed at 3 different times: prior to entering the counseling program, 1-year into the program, and the month marking the completion of their 2nd year in the program. The Paragraph Completion Method (PCM) and the Defining Issues Test (DIT) were used as estimates of cognitive–developmental level. Analysis of the results revealed a significant gain for the group on the PCM between the 2nd and 3rd assessments and a positive but nonsignificant trend for the DIT.     

Evaluation of interactive computerized training to teach parents to implement photographic activity schedules with children with autism spectrum disorder

Training parents of children with autism spectrum disorder can be a challenge due to limited resources, time, and money. Interactive computerized training (ICT)—a self‐paced program that incorporates instructions, videos, and interactive questions—is one method professionals can use to disseminate trainings to broader populations. This study extends previous research on ICT by assessing the effect of ICT to teach three parents how to implement a photographic activity schedule using a systematic prompting procedure with their child. Following ICT, all parents increased their fidelity to implementation of an activity schedule during role‐play sessions with an adult. Fidelity remained high during implementation with their child and maintained during a 2‐week follow‐up.     

Virtual reality applications to agoraphobia: a protocol.

Recently, educators and instructional designers have focused on the development and implementation of virtual learning environments that effectively combine theoretical and applied knowledge to teach university students. One of the trusts of the Psychology Virtual Teaching Laboratory in collaboration with the IXTLI observatory is to develop dissemination programs to promote the insertion of virtual reality (VR) technologies applied to rehabilitation in their clinical practice. This paper describes the development of (1) agoraphobia VR learning objects to be use as a teaching support tools in class and (2) a multimedia teaching program that incorporate digital video and VR scenarios address to students in the field of mental health. Promotion among professors and students about the use of this technology will allow us to initiate research in our country as well as to validate contextualized applications for our culture, therefore contributing with new advances in this field.     

Teachers' and students' verbal behaviours during cooperative and small‐group learning

Background. Teachers play a critical role in promoting interactions between students and engaging them in the learning process. This study builds on a study by Hertz‐Lazarowitz and Shachar (1990) who found that during cooperative learning teachers' verbal behaviours were more helpful to and encouraging of their students' efforts while during whole‐class instruction, their verbal behaviours tended to be more authoritarian, rigid, and impersonal. Aim. This study seeks to determine if teachers who implement cooperative learning engage in more facilitative learning interactions with their students than teachers who implement group work only. The study also seeks to determine if students in the cooperative groups model their teachers' behaviours and engage in more positive helping interactions with each other than their peers in the group work groups. Samples. The study involved 26 teachers and 303 students in Grades 8 to10 from 4 large high schools in Brisbane, Australia. Methods. All teachers agreed to establish cooperative, small‐group activities in their classrooms for a unit of work (4 to 6 weeks) once a term for 3 school terms. The teachers were audiotaped twice during these lessons and samples of the students' language, as they worked in their groups, were also collected at the same time. Results. The results show that teachers who implement cooperative learning in their classrooms engage in more mediated‐learning interactions and make fewer disciplinary comments than teachers who implement group work only. Furthermore, the students model many of these interactions in their groups. Conclusions. The study shows that when teachers implement cooperative learning, their verbal behaviour is affected by the organizational structure of the classroom.