Design,technology, and science: Sites for learning,resistance, and social reproduction in urban schools

The teaching of science through activities that emphasize design and technology has been advocated as a vehicle for accomplishing science for all students. This study was situated in an inner7‐city neighborhood school populated mainly by African American students from life worlds characterized by poverty. The article explores the discourse and practices of students and three coteachers as a curriculum was enacted to provide opportunities for students to learn about the physics of motion through designing, building, and testing a model car. Some students participated in ways that led to their building viable model cars and interacting with one another in ways that suggest design and technological competence. However, there also was evidence of resistance from students who participated sporadically and refused to cooperate with teachers as they endeavored to structure the environment in ways that would lead to a deeper understanding of science. Analysis of in‐class interactions reveals an untapped potential for the emergence of a sciencelike discourse and diverse outcomes. Among the challenges explored in this article is a struggle for respect that permeates the students' lives on the street and bleeds into the classroom environment. Whereas teachers enacted the curriculum as if learning was the chief goal for students, it is apparent that students used the class opportunistically to maintain and earn the respect of peers. © 2001 John Wiley & Sons, Inc. J Res Sci Teach 38: 746–767, 2001     

Modeling referential actions in 6- to 18-month-old infants: a precursor to symbolic understanding

Social precursors to symbolic understanding of pictures were examined with 100 infants ages 6, 9, 12, 15, and 18 months. Adults demonstrated 1 of 2 stances toward pictures and objects (contemplative or manipulative), and then gave items to infants for exploration. For pictures, older infants (12, 15, and 18 months) emulated the adult's actions following both types of demonstration trials. For objects, infants did not emulate actions following either stance at any age. The findings suggest that infants enlist their imitative learning skills in the context of learning the conventions of action on pictorial symbols. The data are interpreted as pointing to the importance of social learning in developing an understanding of the referential function of pictorial symbols.     

Facilitating Meta‐learning in Art and Design Education

Art and design programmes are educationally unique in that students themselves play a central role in determining their own learning needs. To be successful in their study, art and design students are required to operate with a high degree of independence and self‐direction. Developing the skills for greater self‐reliance requires students to become aware of their conceptions of the subject of study, and of themselves as learners in a particular learning context. Developing greater self‐awareness as a learner and becoming more independent in one's learning is captured by the concept of meta‐learning. In this article I present an alternative strategy to prevalent diagnostic approaches to assist in developing a student's capacity for meta‐learning in the subject context of art and design. An inquiry cycle was created to provide a structure within which to facilitate generative thinking about learning through engaging with fundamental questions related to the subject of learning (art and design) rather than the learning subject (i.e. the student). This method represents a departure from existing approaches to engaging students in meta‐learning. A pilot study used to trial the effectiveness of this strategy is also presented here. The inquiry map, and the conceptual base upon which it was developed, were found to be useful ways to structure reflective thinking about learning and to assist in developing a student's conception of the subject.