DESIGNING INTELLIGENT KNOWLEDGE: EPISTEMOLOGICAL FAITH AND THE DEMOCRATIZATION OF SCIENCE

A bstract .  In this essay, Clayton Pierce examines the epistemological standpoints of Intelligent Design (ID) and evolutionary science education, focusing specifically on the pedagogical question of how ID and modern science-based education fail to promote democratic relations in how students learn, think, and associate with science and technology in society. Pierce explores the debate in education between ID and traditional science education that centers on the epistemological assumptions embodied in the modern scientific model. Turning to Bruno Latour's recent work in the field of science studies, Pierce develops his argument that both expressions of knowledge fail to deliver an adequate theoretical and practical democratic framework for teaching and learning about knowledge systems and technologies in their social, political, and cultural environments.     

E-assessment: challenges to the legitimacy of VET practitioners and auditors

This research examines what practitioners in vocational education and training (VET) organisations and external auditors judge to be the key issues in the current and future use of e-assessment. Applying the framework of legitimacy theory, the study examined the tensions around the use and growth of e-assessment in training organisations, and challenges to both training bodies and auditors around their legitimacy to operate. Forty-eight interviews, 10 focus groups and 2 industry workshops were completed with practitioners and auditors who had in-depth experience in e-assessment and audit practices. Results revealed tensions between training providers and auditors around the current validity, authenticity and security of e-assessment. However, there was also strong agreement between the groups about the practical steps for resolving these tensions between auditors and VET institutions.     

Examining Rater Effects on the Classroom Assessment Scoring System

The Classroom Assessment Scoring System (CLASS; Pianta et al., 2008) is a popular measure of teacher–child interactions. Despite its prominence, CLASS scores have fairly weak relations with various child outcomes (e.g., Zaslow et al., 2010). One potential reason for these findings could be systematic differences in observer severity. As such, the purpose of this study was to explore the scope and impact of rater effects on CLASS scores with a sample of 77 teachers who were rated by 13 observers. Results indicated significant rater effects across all three CLASS domains. Adjusting for these effects, however, did not improve relations between CLASS scores and child outcomes. Implications for the CLASS and related assessments are discussed.     

Working the Borderlands: working-class students constructing hybrid identities and asserting their place in higher education

Abstract

Through the case-study experiences of 24 White and Black, Asian and Minority Ethnic (BAME) working-class students from three very different universities, we aim to illuminate the often hidden struggle for recognition and respect for classed, ‘raced’ and gendered ways of being in the university. We discuss how the students perceive their identities in relation to their universities and their peers, and whether they feel the need to adapt and change their classed/’racialised’ identities in order to survive and progress or whether they resist any pressures and expectations to do so. We explore the tension between ‘assimilation and belonging’ and ‘betrayal and exclusion’ for White and BAME working-class students and consider the intersectional implications. We draw on the concept of hybridity to show the fluidity and fusions of transitioning and developing identities. The article also seeks to contribute further to the illumination of habitus as generative, through a process of hybridity.     

Evolution of an academic–public library partnership

A partnership to improve access to health information via an urban public library system was established in St. Louis, Missouri, in 2011. A multiyear project was outlined that included an information needs assessment, a training class for public library staff, information kiosks at library branches for delivering printed consumer health materials, and a series of health-related programming. The partnership evolved to include social service and community organizations to carry out project goals and establish a sustainable program that met the health and wellness interests of the community.     

The Development of Distributive Justice Orientations: Contextual Influences on Children''s Resource Allocations

Previous research on the development of distributive justice decisions, by centering largely on situations in which rewards for work productivity are to be allocated, has shed little light on the child's developing ability to select the justice norm most appropriate to the situation. Children 5, 9, and 13 years of age were asked to allocate resources and judge the fairness of alternative decision rules in situations to which either equity, equality, or need norms were especially applicable. As predicted, young children were insensitive to contextual information, generally preferring to allocate resources equally, whereas older children tailored their decisions appropriately to the situation. The fact that developmental trends differed from situation to situation points to the importance of adopting a contextual perspective on the development of distributive justice orientations.     

Providing formative assessment to students solving multipath engineering problems with complex arrangements of interacting parts: an intelligent tutor approach

Problems faced by engineering students involve multiple pathways to solution. Students rarely receive effective formative feedback on handwritten homework. This paper examines the potential for computer-based formative assessment of student solutions to multipath engineering problems. In particular, an intelligent tutor approach is adopted and tested out on problems of truss analysis, studied in engineering statics. With a cognitive model for solving the class of problems, the tutor allows the student wide latitude in solution steps, while maintaining sufficient constraints for judging the solution and offering feedback. Proper selection of judging points prevents interference with productive student work, while avoiding accumulated errors. To monitor student learning, efforts to apply distinct skills were extracted on the fly from student work. Using statistical methods developed for intelligent tutoring systems, metrics of the effectiveness of the feedback and areas for further improvements were gleaned from error rates in successive opportunities to apply distinct skills.     

IMPROVING CLASSROOM ENGAGEMENT AMONG HIGH SCHOOL STUDENTS WITH DISRUPTIVE BEHAVIOR: EVALUATION OF THE CLASS PASS INTERVENTION

Off‐task and disruptive classroom behaviors have a negative impact on the learning environment and present a unique challenge for teachers to address. The aim of this study was to evaluate the Class Pass Intervention (CPI) as a behavior management strategy for secondary students with disruptive classroom behavior. The CPI consists of providing students with passes that they can either (1) use to appropriately request a break to engage in a preferred activity for a preset amount of time or (2) keep and later exchange for a preferred item or activity. Using an ABAB withdrawal design with replication through a concurrent multiple baseline across participants design, the CPI was shown to increase academic engagement, which is incompatible with disruptive behavior, in 4 students who engaged in high levels of disruptive behavior throughout the baseline condition. Results also demonstrated partial support for the durability of intervention effects over time and indicated that both teachers and students perceived the intervention to be socially feasible. Implications of the results and directions for future research are discussed.