提升就业质量:职业教育发展的新视角

职业教育应努力追求“充分的、生产性的和自由选择的就业”目标的实现;不能仅仅关注毕业生的“就业率”,而更要将“提升就业质量”作为发展的新视角。所谓“就业质量”,一般概括为职业社会地位、工资水平、社会保障、发展空间等四大方面,具体体现在职业声望、职业期望满足程度、职业成就、职业锚、专业方向与职业的适应性、人职匹配诸方面。提升就业质量途径和措施主要概括为:首先,重视提高职业咨询或职业指导的质量;其次,基于就业质量的提升,改革职业教育课程与教学;再次,借鉴发达国家和地区的“现代学徒制”理论和实践经验,创设“本土化的”产学合作现代职业教育模式。     

Access to postsecondary education through sign language interpreting

Despite the importance of sign language interpreting for many deaf students, there is surprisingly little research concerning its effectiveness in the classroom. The limited research in this area is reviewed, and a new study is presented that included 23 interpreters, 105 deaf students, and 22 hearing students. Students saw two interpreted university-level lectures, each preceded by a test of prior content knowledge and followed by a post-lecture assessment of learning. A variety of demographic and qualitative data also were collected. Variables of primary interest included the effects of a match or mismatch between student interpreting preferences (interpreting vs. transliteration) and the actual mode of interpreting, student-interpreter familiarity, and interpreter experience. Results clarify previous contradictory findings concerning the importance of student interpreting preferences and extend earlier studies indicating that deaf students acquire less than hearing peers from interpreted college-level lectures. Issues relating to access and success in integrated academic settings are discussed as they relate to relations among student characteristics, interpreter characteristics, and educational settings.     

Re/assembling ‘innovative’ learning environments: Affective practice and its politics

Abstract

In this article, we argue that the interest being taken by governments in establishing innovative learning environments (ILEs) in schools relies on a conception of space as a largely neutral arena. In consequence, relations of space and power inherent in the infrastructural shift to ILEs tend to drop from view. Adopting an assemblage approach to investigating learning environments, and exploring ILEs as they are playing out in Australian schools, we strive to surface what drops from view. Taking ILEs to be sociomaterial assemblages, we work with empirical material and trace how they assemble and reassemble. The account is less concerned with what works in ILEs; rather, its focus is on their ‘workings’ as assemblages of relations and most particularly, affective relations. Thus, we explore two affective encounters involving school leaders, teachers and students showing the ways in which they position and are positioned within ILEs. The argument is made that the assemblage approach which is non-deterministic and relational affords new ways of understanding what ILEs are and how they work and who they work for. And, that attending to affective practice brings into view the micropolitics through which infrastructural shifts and infrastructural policy-making are made.     

Primary teachers' understanding in science and its impact in the classroom

Research carried out over a period of two years into primary teachers' understanding of concepts in science and technology provided information about teachers' confidence in teaching science, their understanding of a range of key ideas and their background of science in their own education. The early part of the paper describes how these data were collected, noting that the method of interviewing used to explore teachers' understanding served as an opportunity for the advancement of their understanding. The relationships among the variables of confidence, understanding and background in science are then explored. Although teachers expressed low confidence in teaching science, which was linked to a lack of understanding of scientific ideas, they also claimed not to find great difficulty in using certain teaching skills required for science, including those which would appear to demand content knowledge. This apparent anomaly is discussed and linked to the strategies used by teachers to cope with low confidence and understanding. The paper ends by considering briefly the role of content knowledge in teaching science.