Differences between Art and Design Education—or Differences in Conceptions of Creativity?

The principles and techniques of design education have begun to influence art education in the United States, but their effect so far has been modest, primarily because of a gaping divide in beliefs about creativity and how to stimulate it. With K–12 art education on the chopping block of a culture awash with budget cuts and testing fever, this is a particularly a significant time to examine these disparate conceptions. The argument here is that the division that exists today between pre‐K–12 art education and design education in the United States is not justified and ignores historical perspective. After describing and comparing the two approaches, we examine how conceptions of creativity in the visual arts may have led to this artificial separation of similar disciplines. Because educators in many countries grapple with defining and implementing creative art education curricula, this article will consider international perspectives that offer insights for American art educators.     

The vocational ID – connecting life design counselling and personality systems interaction theory

ABSTRACT

We introduce the Vocational ID that integrates linguistic and visual representations of a career counselling client’s self. Based upon findings from the Life Design paradigm [Savickas, M. L., Nota, L., Rossier, J., Dauwalder, J.-P., Duarte, M. E., Guichard, J.,?…?van Vianen, A. E. M. (2009). Life designing: A paradigm for career construction in the twenty-first century. Journal of Vocational Behavior, 75(3), 239–250. doi:10.1016/j.jvb.2009.04.004] and the Personality Systems Interaction theory [Kuhl, J. (2000b). The volitional basis of personality systems interaction theory: Applications in learning and treatment contexts. International Journal of Educational Research, 33(7–8), 665–703. doi:10.1016/S0883-0355(00)00045-8], the Vocational ID facilitates working on clients' vocational identity. In this article, we present the theoretical framework, its practical applications, and a case study.     

Bilingual Children’s Narrative Comprehension: Do Pauses during Retelling Buy Time for Understanding?

Abstract

This study extended research on bilingual children’s narrative comprehension to text processing during retelling. A cross- and monolinguistic design allowed for the investigation of the association of various aspects of narrative comprehension with two types of pause occurring during oral retelling of a story heard in one language and retold in a second or in the same language. A sample of 95 bilingual (L1 German/L2 English) fourth-graders participated in the experiment. Comprehension was predominantly accomplished during listening, as children with L1 input outperformed children with L2 input, but they did not benefit from L1 in retelling. Children’s comprehension performance and corresponding pause patterns suggested that the duration of filled pauses dedicated to gist formation indicated efficiency of comprehension: The duration decreased with increasing comprehension. The findings allowed the conclusion that longer pauses during retelling did not buy time for comprehension.     

Formal assessment of reliability specifications in embedded cyber-physical systems

Reliability has become an integral component of the design intent of embedded cyber-physical systems. Safety-critical embedded systems are designed with specific reliability targets, and design practices include the appropriate allocation of both spatial and temporal redundancies in the implementation to meet such requirements. With increasing complexity of such systems and considering the large number of components in such systems, redundancy allocation requires a formal scientific basis. In this work, we profess the analysis of the redundancy requirement upfront with the objective of making it an integral part of the specification. The underlying problem is one of synthesizing a formal specification with built-in redundancy artifacts, from the formal properties of the error-free system, the error probabilities of the control components, and the reliability target. We believe that upfront formal analysis of redundancy requirements is important in budgeting the resource requirements from a cost versus reliability perspective. Several case-studies from the automotive domain highlight the efficacy of our proposal.     

A CO-LIBERATORY FRAMEWORK FOR BIG DATA

This article provides an account of the ethical issues that arise when digital technologies and online spaces are structured by Big Data algorithms. We show that although the uses of Big Data may be new, traditional theological and ethical categories are still applicable, including “the sins of the fathers” from hamartiology and the scholastic concept of haecceity. Using these resources, we map the overall ecosystem in which digital technologies are developed and used, identifying the relationships between the individuals and organizations involved. We show how these relationships are often characterized by various kinds of harm. We then argue for a reorientation of the tech ecosystem toward co-liberation—and ultimately, joy.     

Using an integrated simulation environment for the risk based design of advanced driver assistance systems

When designing new Advanced Driver Assistance Systems (ADAS), the existing guidelines like the RESPONSE 3 Code of Practice imply intense testing of the system prior series production. Within the EU-FP7-Project ISi-PADAS a new methodology of risk based design has been established which includes an integrated simulation platform. This integration enables intense testing of new prototypes in an accelerated way and therefore enhances the design process while directly combining the simulation results with a risk matrix.This paper describes the new methodology while focussing on the software framework and the procedure of risk assessment in detail. It shows the general approach as well as the appropriate steps taken for an ADAS prototype developed in the context of ISi-PADAS.