Building cultural empathy and deconstructing Whiteness in counselor education

Counselor training that does not attend to dynamics of cultural differences and oppression can run the risk of promoting false empathy that serves the voyeuristic purpose of the counselor rather than achieving accurate empathy for the client. In this article, we discuss the differences between true and false empathy and how Whiteness, racial identity and culture, and classroom dynamics can impact the ability to engage in cultural empathy development. We present a model for cultural empathy training that attends to each of these dynamics.     

Use and value of information sources by parents of child psychiatric patients

Objective: With Web 2.0, the variety of information sources for parents of paediatric psychiatric patients has increased dramatically. Information use theory suggests newer sources supplement rather than supplant traditional sources of health information. This study sought to determine the use and value of traditional and emerging sources of information and whether the subjects had access to highly valued sources of information. Methods: One hundred parents indicated the use and value of six sources of information on the child’s symptoms, diagnoses and treatment. The data were analyzed to determine if significant relationships existed between type of source and the use and value of the information sources. Results: Ninety‐four percent of the subjects had access to the Internet and almost half of those reported using the Social Web. Eighty‐five percent had at least one high‐value information source. The psychiatrist in the clinic, the Internet and the primary care physician were the most highly used and valued sources. Conclusion: Use of digital information sources was greater than found in other studies of similar populations. This use appears to complement rather than supplant more traditional sources. Further studies are needed to see if the negative impact of lack of Internet access is replicated.     

The effects of a web-based learning environment on student motivation in a high school earth science course

Collaborating closely with a tenth-grade science teacher, we designed a Web-Based Learning Environment (Web-LE) to improve the students’ motivation to learn science. Factors believed to enhance intrinsic motivation (challenge, control, curiosity, and fantasy) were integrated into the instructional design of the Web-based learning tool. The Web-LE was implemented in the teacher’s tenth-grade classroom as a three-day student-centered learning activity. Data collection methods included individual student interviews, teacher interviews, motivation questionnaires, and observations. This study revealed multiple forms of evidence that the Web-LE and the associated learning activity improved students’ motivation. This study illustrates the benefits of educational researchers working closely with teachers using design-based research methods to successfully solve instructional problems and identify reusable design principles. Design principles for the integration of intrinsic motivation factors into the development of similar Web-LEs are presented as well as directions for future research.     

Building Pre-service Teacher Capacity to Use External Assessment Data: An Intervention Study

In recent years, the use of data to inform instructional decision making has become a particularly prominent facet of K–12 educators' professional practice. However, research estimates limited opportunities for preservice teachers to learn how to use data, including standardized test data, for such purposes. In response, this article describes the results of a pretest–posttest study of a 6-hour standardized assessment data use intervention for preservice teachers. The facilitated, collaborative, and highly structured assessment course-embedded intervention engaged preservice teachers in asking and answering four different kinds of questions (e.g., achievement strengths and weaknesses, instructional implications) at five different student levels (e.g., individual, subgroup, school) with external assessment data presented in tables, charts, and score reports. Findings—which include highly favorable preservice teacher perceptions of the intervention's impact on their data-driven decision making skills, and changes in their self-efficacy and data interpretation skills—indicate that the intervention holds promise as a preservice teacher learning mechanism.     

Engaged food science: Connecting K‐8 learners to food science while engaging graduate students in science communication

Connecting the public to concepts in science, technology, engineering, and mathematics (STEM) is an essential for technological advancement and inspiring future scientists, impacting both the communicator and the audience's understanding of scientific topics. Without proper communication of scientific knowledge, acceptance and implementation of new technologies can be hindered. Additionally, increasing public awareness about current scientific issues through STEM engagement permits more informed policy and consumer choices, especially in the field of food science where many new food technologies are met with initial resistance by the consuming public. Here, we describe an event that introduced topics in food science to the nonexpert public, including K‐8th grade participants and their adult caregivers in an informal learning environment. This program consists of six activities that collectively introduce three areas in food science: food chemistry, food microbiology, and process engineering. Protocols are provided for each activity including a materials list (with the option to scale up or down according to event duration, event space allowances, and number of participants), learning objectives and discussion points that are adaptable to different age groups, event spaces, or budgets. Each activity has a participatory component to ensure both audience member and instructor engagement. A program designed for food science communication empowers young scientific minds to better understand complex scientific topics and could inspire them to envision a possible career in STEM fields, with the additional benefit of providing graduate students an exciting medium through which they may practice their science communication skills, potentially benefiting not only their personal academic and professional skills but also broader societal needs.     

Dimensions of effective interactive learning with telematics for distance education

Increasingly, telematics is being used for distance education in Australia. Two forms of telematics, audiographics and live interactive television, are described. Audiographics involves two telecommunications links, one which connects computers via modems and a second link which provides an audioconferencing medium through a normal telephone connection. Live interactive television involves the combination of a one-way television signal with a toll-free callback telephone enabling students to communicate directly with the teacher during program transmission. Research and evaluation studies indicate that the interactivity currently implemented via telematics is minimal and that it does not support higher-order cognition among students. In light of our investigations and contemporary cognitive learning theory, a number of dimensions of effective interactive learning with telematics are suggested: (a) collaboration, (b) generative learning, (c) contextual engagement, (d) personal autonomy, and (e) motivation. His research interests include instructional technologies and developing effective learning environments for open learning and distance education. His specialist areas include evaluating technology-rich learning environments, electronic user performance support systems and interactive learning systems.     

Mental models: A research focus for interactive learning systems

The difficulty of understanding the structure and functions of computer programs is especially acute when learners are given the freedom to explore hypertext materials in which the possibility of disorientation is strong. Mental model theory is an attempt to model and explain human understanding of objects and phenomena during learning (and other activities). Research on mental models in human-computer interaction can identify important characteristics of cognitive processes and help in the development of research-based guidelines for designing interactive learning systems. This article calls for programmatic research on learners' mental models and provides guidelines for the conduct of such research.Hueyching J. Jih completed her doctoral program at the University of Georgia in 1991 and is in government service in Taipei, Taiwan.