Rearticulating Civic Engagement Through Cultural Studies and Service-Learning

Although service-learning has the potential to infuse technical communication pedagogy with civic goals, it can easily be co-opted by a hyperpragmatism that limits ethical critique and civic engagement. Service-learning's component of reflection, in particular, can become an uncritical, narrow invention or project management tool. Integrating cultural studies and service-learning can help position students as critical citizens who produce effective and ethical discourse and who create more inclusive forms of power. Rather than being tacked on, cultural studies approaches should be incorporated into core service-learning assignments.     

Understanding curriculum as geo/biospheric text

PROSPECTS - The world is experiencing crises related to the cascading effects of anthropization. These crises result from imperialist and capitalist practices that categorize and exploit the other...     

Teaching High School Students with Learning and Emotional Disabilities in Inclusion Science Classrooms: A Case Study of Four Teachers' Beliefs and Practices

Journal of Science Teacher Education -     

Role of extracurricular activities in the promotion of cross-race contact by white students from high school to college

A series of school extracurricular activities and types of personal, informal interactions were developed to reflect the various types of interracial contact situations defined by Gordon Allport inThe Nature of Prejudice. These were used to determine whether cross-race contact through participation in extracurricular activities in high school could be used to predict cross-race contact at the university. Canonical correlations indicted that, for whites, frequency of cross-race contact while in high school is a predictor of frequent cross-race contact at the university. Additionally, those who gain experience in cross-racial situations through participation in Supportive Norm or Cooperative Interdependent activities in high school are likely to engage in Equal Status forms of contact at the University.This article is based on a paper presented at the annual meeting of the American Educational Research Association, New York, 1982.     

Exploring Division-I Student-Athletes’ Memorable Messages From Their Anticipatory Socialization

This study explored the socialization of 118 Division-I student-athletes via the topics of memorable messages that they received prior to their arrival on campus. Ten topics were identified (i.e., desirable attitudes, hard work, physical skill or ability, opportunities, pride, inclusion, challenges, athletes as symbols, the importance of education, and the duration of college athletics) using first cycle coding and were subsequently categorized as either addressing the characteristics or experiences of collegiate student-athletes using second cycle coding. These findings continue to demonstrate that characteristics and experiences associated with roles are prevalent within athletes’ memorable messages but also highlight the inherent ambiguity and the contradictions regarding how to use these messages and balance the dual roles of being a student-athlete. This study provides a novel communicative lens for understanding athlete socialization but underscores the need to recognize receivers’ processing and application of memorable messages.     

The Effect of Functional Flow Diagrams on Apprentice Aircraft Mechanics' Technical System Understanding

Cognitive theory suggests that a key to expert performance lies in the internal organization of the expert's knowledge. The authors contend that the type of technical illustration used during instruction influences knowledge organization and greatly impacts students' understanding of the content. This paper describes an experimental study that tested the impact of one type of conceptual illustration on students' understanding of the structure, function, and behavior of complex technical systems. The results show that supplementing traditional technical instruction with functional flow diagrams can improve overall system understanding. The functional flow diagrams were also found to be an effective instructional aid for enhancing students' conceptual understanding of the causal behavior of systems. In addition, the use of the functional flow diagram was found to significantly improve the subjects' ability to construct conceptual models that were similar to those of an expert. The implications of using conceptual diagrams for technical instruction are discussed and recommendations for future research in this area are provided.