The Making of a Social Work Instructor

Abstract

Concern regarding students' negative attitudes toward research, as well as the impact such negativity can exert on student learning, abound within the social work literature. Given its focus on the role cognition plays in determining behavior, Bandura's self-efficacy model provides a fitting conceptual framework for clarifying how student attitudes might be facilitating or inhibiting their acquisition and use of research skills. This article presents the key concepts and assumptions encompassed within Bandura's theory of self-efficacy and illustrates how these ideas might be applied to the teaching of research.     

Transforming an Introductory Programming Course: From Lectures to Active Learning via Wireless Laptops

Within the framework of MIT’s course 1.00: Introduction to Computers and Engineering Problem Solving, this paper describes an innovative project entitled: Studio 1.00 that integrates lectures with in-class demonstrations, active learning sessions, and on-task feedback, through the use of wireless laptop computers. This paper also describes a related evaluation study that investigated the effectiveness of different instructional strategies, comparing traditional teaching with two models of the studio format. Students’ learning outcomes, specifically, their final grades and conceptual understanding of computational methods and programming, were examined. Findings indicated that Studio-1.00, in both its extensive- and partial-active learning modes, enhanced students’ learning outcomes in Java programming. Comparing to the traditional courses, more students in the studio courses received “A” as their final grade and less failed. Moreover, students who regularly attended the active learning sessions were able to conceptualize programming principles better than their peers. We have also found two weaknesses in the teaching format of Studio-1.00 that can guide future versions of the course.     

Influencing University Students' Achievement and Motivation in a Technology Course

Abstract

The authors investigated the interactive and differential effects of professors' instructional methods and university students'conceptual levels on students' achievement and motivation in a course designed to teach computer technologies. As predicted, matching high-conceptual-level persons with student-centered instruction and low-conceptual-level learners with teacher-centered instruction enhanced students' achievement and motivation in the classroom. In addition, an unpredicted main effect for type of instruction was discovered with respect to motivation-regardless of conceptual level, students exposed to student-centered instruction demonstrated greater motivation than did students exposed to teacher-centered instruction. These findings have ramifications for the design and implementation of computer technology courses and deserve further research.     

The impact of a teacher education course on pre‐service teachers' beliefs about inclusion: an international comparison

In this comparative study, the impact of two stand‐alone university courses on pre‐service teachers' attitudes, concerns and teaching efficacy to teach in inclusive classrooms is examined. Twenty‐eight pre‐service teachers (PSTs) from Australia and 60 PSTs from Canada completed a survey at pre‐ and post‐stages of the course. It was found that after completion of the course, Australian participants' attitudes improved, their concerns declined, and they became more confident in their ability to teach in inclusive classrooms. Similarly, Canadian participants' concerns declined and their teaching efficacy improved, but they became more apprehensive about teaching in inclusive classrooms. Relationships among the three variables (attitudes, concerns and teaching efficacy) were examined at pre‐ and post‐test stages for both cohorts to understand how they interacted within each of the two countries. Implications of the findings for teacher education are discussed.     

Preparing student teachers to use computers in mathematics classrooms through a long-term pre-service course in Turkey

Recent studies have found short in-service teacher education programs are not providing adequate technology experiences to prepare their participants for teaching mathematics with computers. As an alternative to the short-term courses the author has been teaching a two-term mandatory undergraduate course within a mathematics teacher education program since 1995 to train student teachers and to investigate their perceptions on their preparation to use computers in their own teaching. This article describes issues that emerged from the analysis of this undergraduate course. Data were gathered through questionnaires and students' writings about the course activities. Findings indicated that computer literacy appeared to be an important key factor in utilising the course activities successfully. Students who felt prepared made the link between computer-based mathematical activities and school mathematics, and had more experience of using instructional software during the course than others. Findings of this nature can also assist teacher educators as they incorporate information technology into existing pre-service programs. The implications of these results for the designing and implementing of computer-based undergraduate courses and for further research in this field are discussed.     

Introductory Cultural Anthropology: A Multimedia Presentation

Abstract

The study investigated the interactive effects of professors' instruction strategies and students' conceptual levels on the motivation to learn of 83 postsecondary students randomly assigned to either direct or nondirect instruction groups. Statistically significant interactions revealed that highly structured teaching methods maximized the motivation of students with low conceptual levels, whereas teaching methods that were low in structure enhanced the motivation of high-conceptual-level students. The findings expand previous research and offer insights into how professors can influence students' motivation to learn academic course content.     

Designing interdisciplinary instruction: exploring disciplinary and conceptual differences as a resource

This article presents a “telling case” of an interdisciplinary, team-teaching experience that explores how participants eschewed ethnocentricism of their fields of study in order to learn from each other, while providing instruction to students and analysing data collected from the class (a graduate course on literature and pedagogy). Through the process, the participants (a professor of English education and a professor of literature) ground the perspectives of literary interpretation in their field of study and languaculture, and developed a conceptual framework that guided their interactions and analysis of the discursive actions of the class. An ethnographic perspective served as the conceptual frame and informed how the participants observed, described, and developed claims about classroom interactions. Through this study, the participants answer calls for more examples of how faculty in higher education engage in interdisciplinary teaching and research and the need for faculty to develop conceptual ethnographic frameworks for their collaborations.     

Collaborative Effort to Develop Middle School Preservice Teachers’ Mathematical Knowledge

Abstract

This article describes reflections of two mathematicians and a mathematics teacher educator who collaborated on the development and implementation of courses (probability and statistics connections, number concept connections, and middle school mathematics methods) for middle school mathematics preservice teachers. The instructors of the courses, two in mathematics and one in mathematics education, worked together to more explicitly link course materials, assignments, and the pedagogical approaches. Collectively, the courses were designed to address the five components of preservice teachers’ mathematical knowledge for teaching (PT-MKT), and to model effective teaching practices. Using their collective experiences co-planning and implementing these course adjustments were made in the subsequent year. The instructors were pleased by their implementation and student outcomes in all three courses.

We describe how each component of the PT-MKT framework was approached in these courses and discuss challenges experienced by the instructors, who were part of a larger effort to develop and implement a middle school teacher preparation program. The information shared is based on data collected as part of a program evaluation effort, and is bolstered by the instructors’ recollection of events. Overall, the instructors enhanced the curricula and their instructional practices and found that the attention placed on developing PT-MKT support the mathematical development of middle school mathematics preservice teachers.     

Towards an Understanding of the Links between Conceptual Understanding of Computer Systems and Information Technology Competence

ABSTRACT

This paper claims that there is a need for an explicit model of how preservice students develop information technology competence in order to inform course design. It is tentatively suggested that there are links between students’ mental models of computer systems and their IT competence. A pilot feasibility study is described which uses a novel research instrument that attempts to quantify students’ mental models of computer systems on two scales: level of technical sophistication and level of abstraction. Students’ scores on these scales are correlated with their self‐ratings of their information technology competence on sixteen statements from an Association for Information Technology in Teacher Education questionnaire. The findings suggest that there is no relationship between students’ information technology competence and the level of technical sophistication of their mental model of computer systems but that there is a link between information technology competence and the level of abstraction of their mental models. Areas where further work is required are identified and implications for the design of information technology courses for preservice students are discussed.     

Computers and the Teaching of Writing: implications for teacher development

ABSTRACT

The relationship between the computer and the teaching of writing is complex; it varies over time, is embedded in the classroom social context, and depends on the teacher's instructional goals. In this article, several dimensions of this relationship are explored to provide illustrations of its complexity. The conclusion is that the computer literacy workshops or courses typically found in pre‐service or in‐service teacher educational programmes are inadequate to prepare teachers for the teaching of writing with computers. New kinds of courses need to be developed that examine how computers affect classroom culture and the writing process.     

Is distance teaching more work or less work?

Abstract

This article presents data collected in a year‐long study in which the author and his assistants kept detailed records of their time spent teaching and maintaining two comparable university courses. One course was offered online to adult professionals away from campus, the other offered to undergraduates in traditional classrooms on campus. The courses had similar learning objectives, similar student activities, and equally favorable ratings by students. Both were mature courses that required only routine maintenance and revision. The data do not support the widely held belief that teaching an asynchronous online course requires more effort than teaching a comparable synchronous classroom course. Although the distance course required more frequent attention, the total teaching and maintenance time spent per student was less than that required to teach and maintain the classroom course. Categories of teaching tasks are also compared.     

Exploring the Usefulness of Kelly's Personal Construct Theory in Assessing Student Learning in Science Courses

We explore the utility of George Kelly's Personal Construct Theory, specifically his repertory grid technique, to the assessment of student learning in undergraduate science courses. We provide an in-depth review of the assumptions underlying Personal Construct Theory and how these were reflected in the repertory grid technique Kelly developed. We explain how an adapted version of the repertory grid, sharing some yet not all of Kelly's assumptions, was utilised as a research tool in a recent study involving science instructors and their students. We argue that as well as having applicability as an innovative research tool, an adapted version of Kelly's repertory grid is a useful heuristic for university teachers when used as a classroom assessment technique (CAT) and indicate several features it shares with the more widely-known conceptual mapping technique, which has been used in the study of science teaching and learning for many years. We conclude by highlighting several advantages the use of repertory grids has for both students and instructors.     

A pedagogy of larger concerns used as a lens to reflect on the design of student learning experiences

ABSTRACT

Although engineering educational endeavours are often described with regard to how well they prepare students to meet national or global engineering concerns, the purpose of this paper is to show how those efforts can also serve the larger educational goals of the educators themselves as they develop learning experiences for their students. This paper describes the reflections of four engineering educators who used a research-based ‘Pedagogy of Larger Concerns’ (PLC) as a conceptual lens for examining important aspects of their courses. A PLC is a set of teaching conceptions that was identified in a study exploring the thinking of outstanding professors in order to improve our understanding of the basis of their effectiveness.     

An analysis of student teachers' understanding of integration of science and technology activities

Abstract

The research reported on in this article was conducted to determine if student teachers enrolled in a Bachelor of Education programme at a South African University are able to integrate science and technology in their teaching. The participants were a cohort of students registered for a course aimed at preparing them to teach grades 4 to 6 in the primary school. The theoretical framework applied in the study is Rogan's Zone of feasible Innovation (ZFI) which uses the analogy that curriculum strategies are good when they proceed just ahead of current practice. Students' understanding of integration of two learning areas was compared to their knowledge base. The findings suggest that students who have very little knowledge of science and/or technology have difficulty in understanding what the scientific and technological processes mean and without this understanding are unable to integrate science and technology effectively in their teaching. It is recommended that the B.Ed programme at this university focuses more on providing opportunities for students to acquire sound knowledge of the two disciplines before attempting any form of integration.     

Redesigning the Teacher Education Technology Course to Emphasize Integration

Abstract

Teacher education programs in the United States are trying to equip tomorrow's teachers with the technology skills needed to impact learning in the classroom. During the past decade there has been a realization that teaching technology skills alone is not adequate-pre-service teachers must also learn how to integrate the use of technology into their curriculum. This paper describes BYU's instructional technology course and the design process that a team of instructors went through to redesign the course in order to put greater emphasis on technology integration. An iterative redesign approach was used. Several iterations of the course redesign will be shared along with the strengths and limitations discovered in the design and implementation process.     

Pre-service teachers’ use of tools to systematically analyze teaching and learning

Learning to systematically analyze the relationship between teaching and student learning is an important but difficult skill to engender in teachers. In this study, we examine how pre-service teachers who were introduced to a framework for analyzing teaching in a video-based teacher education course drew on this tool to analyze their own practice after the conclusion of the course. We conceptualize the framework as a conceptual tool that scaffolds pre-service teachers to learn to attend to particular dimensions of teaching and learning and to analyze how their teaching influences student learning. Using the Portfolio Assessment for California Teachers-Teaching Event of 14 English language arts pre-service teachers, we conducted a qualitative analysis to examine the extent to which they applied this framework to analyze their own practice after the conclusion of the course, as well as different strategies they adopted as they analyzed their teaching practice. Findings suggest that pre-service teachers made progress in using the framework to study their teaching, but development of sub-skills for all four facets are needed to develop more productive analyses of teaching and student learning. This study has important implications for the design of teacher education that intends to support pre-service teachers in developing tools for learning to learn from their teaching practice.     

The specific skills required of teachers who deliver K–12 distance education courses by synchronous videoconference: implications for training and professional development

ABSTRACT

The purpose of this research is to identify the specific skills required of videoconference teachers who teach K–12 distance education courses. Many schools and educational districts worldwide are using videoconference technology to deliver courses to students as an economic solution when they cannot afford specialised teachers at remote locations. However, teachers are rarely trained to use this instructional technology and must therefore translate their experience in face-to-face and/or online teaching to this alternative medium. The collective case study used observations and interviews of eight teachers across five schools to identify the specific skills required to teach in a way that they perceived as successful in a videoconference class. It was found that teachers are largely under-prepared with strategies to project presence, develop relationships, foster interaction, manage the course and teach content across a distance when the screen is the main tool of connection. The authors offer a path to improvement that involves supporting teacher action research, creating communities of inquiry and developing teaching quality standards specific to videoconference.     

The ability to understand and use conceptual change pedagogy as a function of prior content learning experience

This research examined the relationship between content instruction and the development of elementary teacher candidates' understanding of conceptual change pedagogy. Undergraduate students (n = 27) enrolled in two sections of a science methods course received content instruction through either traditional or conceptual change methods, followed by instruction about conceptual change pedagogy. Candidates were interviewed pre- and postinstruction about their content and pedagogical knowledge and also wrote conceptual change lessons. Twelve of the 27 subjects were videotaped teaching in the field. Results indicate that prior to instruction, most candidates had weak content knowledge and held traditional pedagogical conceptions. After instruction, students in the conceptual change group had significantly larger gains in their content knowledge than those in the traditional group, gave qualitatively stronger pedagogical responses, and used conceptual change strategies more consistently in practice. These results indicate that personal experience of learning science content through conceptual change methods facilitated the development of understanding and use of conceptual change pedagogy in teaching practice. Thus if conceptual change methods are to be incorporated into teacher candidates' repertoire, science content courses that students take prior to teacher education should be taught using conceptual change pedagogy. In addition, courses in science education should use pedagogy more in line with that taught in methods courses.     

Teacher education, preservice teacher beliefs, and the moral work of teaching

This paper presents a case for attending to preservice teachers’ beliefs that are relevant to the moral work of teaching within teacher education research and practice, and examines what it would look like to do so. The case for attending to candidate beliefs is grounded in a learner-centered approach to teacher education and in the literature on the role of beliefs in teacher learning and change. The authors demonstrate how attending to preservice teacher beliefs is particularly critical for the task of preparing candidates for the moral work of teaching, and present a conceptual framework that can guide that task and teacher education research and practice designed to support it.