Technology in Physical Education Teacher Education: A Call to Action

ABSTRACT

Teacher education programs have been tasked with the responsibility to develop educators who can successfully infuse technology into their teaching. Despite standards-based expectations, a plethora of technology infusion opportunities, and the importance of faculty roles as models and teachers, physical education teacher education (PETE) programs have yet to demonstrate current expectations for teaching with and about educational technology. In this article, the authors provide a glimpse into the educational technology requirements, challenges, and strategies for teacher education/PETE programs. The authors suggest a call to action among PETE programs to address the issues that prevent PETE graduates from entering their teaching careers less than equipped to effectively use technology to enhance teaching and learning.     

Teaching technological applications in the physics classroom

Conclusions A teaching unit, designed to improve links between physics concepts and students' existing know ledge, has been developed and evaluated. Based on key propositions of the generative learning model, attention gaining activities were introduced to facilitate new ideas being linked to relevant frameworks already held by the learner. Evaluation suggests that introducing an appropriate technological focus, combining activities and using a suitable teaching sequence generally enhance the learning of senior secondary school physics. Student perceptions of the teaching unit were probably enhanced in part because the approach used was new and different. However, when a second teaching unit, based on the Doppler effect, was introduced to the class about four weeks later, very similar results were obtained with the same classes and other classes. The capacitance unit was also used in other schools with similar positive results from both teachers and students.     

Erroneous concerns about child sexual abuse

AIM: To assess the incidence and nature of concerns about sexual abuse, with particular reference to erroneous concerns of sexual abuse made by children. METHODS: A review of case notes of all child sexual abuse reports to the Denver Department of Social Services over 12 months. Cases were put into four groups: substantiated, not sexual abuse, inconclusive and erroneous accounts by children. RESULTS: 551 cases were reviewed. Forty-three percent were substantiated, 21% were inconclusive and 34% were not considered to be abuse cases. There were 14 (2.5%) erroneous concerns emanating from children. They comprised three cases of allegations made in collusion with a parent, three cases where an innocent event was misinterpreted as sexual abuse and eight cases (1.5%) of false allegations of sexual abuse.CONCLUSION: Erroneous concern of sexual abuse from children are uncommon. The four categories of concern in this study, in contrast to the simple classification of substantiated and unsubstantiated, provide a means of encouraging open minded assessments of the typical concerns which a child protection agency receives.     

Using peer and self-assessment to develop modelling skills with students aged 11 to 16: A socio-constructive view

Eight Welsh secondary schools participated in an action research project which developed approaches to teaching and assessing mathematical thinking skills involved in practical modelling situations. The development of the metacognitive and strategic skills necessary for successful modelling is discussed from a socio-constructivist perspective as a process of acculturation as well as cognitive construction. Learning to model involves socialization into the consensual realities of a wider mathematical culture and the teacher plays a pivotal role in the generation of this consensus through the legitimization of linguistically expressed subjectivities. Assessment is an integral part of this process. Participation in peer and self-assessment was found to involve the student in a recursive, self-referential learning process which supports the explicit development of metacognitive skills.     

The Effects of Gender Interaction Patterns on Student Participation in Computer-Supported Collaborative Argumentation

In this study we examined response patterns in exchanges between males and females and their effects on gender participation in five online debates. Students classified messages into arguments, evidence, critiques, and elaborations while posting messages to the debates to facilitate argumentation and the sequential analysis of message-response sequences. The findings revealed no differences in number of critiques posted in response to arguments because females were just as likely as males to critique messages from both males and females, and because females responded to males with critiques at a higher than expected frequency. Posthoc analysis revealed strong indications that females posted fewer rebuttals to the critiques of females than males, and males posted more rebuttals to the critiques of females than females. The methods used in this study illustrate a process-oriented approach to explain and predict gender differences in participation and serve as a framework for future research on gender participation, group interaction, and strategies for facilitating collaborative argumentation and problem solving.     

Sharing Roles and Responsibilities in Initial Teacher Training: Perceptions of some key players

This paper examines perceptions of roles and responsibilities in primary and secondary initial teacher education following a sustained period of increase in the involvement of schools. The paper reports findings from a survey of higher education staff, school-based mentors and student teachers, which sought information about their perceptions of roles and responsibilities. A postal survey was followed up by telephone interviews. We found broad levels of agreement between all three partners in the training process and across primary and secondary phases. We found no evidence of a wish on the part of schools to assume greater responsibility for training student teachers. All three parties involved in the survey were able to articulate clearly areas of student professional development where they see complementary roles for school and higher education.     

A VBA‐based Simulation for Teaching Simple Linear Regression

In spite of the name, simple linear regression presents a number of conceptual difficulties, particularly for introductory students. This article describes a simulation tool that provides a hands‐on method for illuminating the relationship between parameters and sample statistics.     

Exploring the use of multiple analogical models when teaching and learning chemical equilibrium

This study describes the multiple analogical models used to introduce and teach Grade 12 chemical equilibrium. We examine the teacher's reasons for using models, explain each model's development during the lessons, and analyze the understandings students derived from the models. A case study approach was used and the data were drawn from the observation of three consecutive Grade 12 lessons on chemical equilibrium, pre‐ and post‐lesson interviews, and delayed student interviews. The key analogical models used in teaching were: the “school dance”; the “sugar in a teacup”; the “pot of curry”; and the “busy highway.” The lesson and interview data were subject to multiple, independent analyses and yielded the following outcomes: The teacher planned to use the students' prior knowledge wherever possible and he responded to student questions with stories and extended and enriched analogies. He planned to discuss where each analogy broke down but did not. The students enjoyed the teaching but built variable mental models of equilibrium and some of their analogical mappings were unreliable. A female student disliked masculine analogies, other students tended to see elements of the multiple models in isolation, and some did not recognize all the analogical mappings embedded in the teaching plan. Most students learned that equilibrium reactions are dynamic, occur in closed systems, and the forward and reverse reactions are balanced. We recommend the use of multiple analogies like these and insist that teachers always show where the analogy breaks down and carefully negotiate the conceptual outcomes. © 2005 Wiley Periodicals, Inc. J Res Sci Teach 42: 1135–1159, 2005