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This study evaluated the hypothesis that gender and behavior, as perceived by teachers, affect judgments of the academic skills of their students. A path model was proposed to describe the relationships among tested academic skill, gender, behavior grades, and teachers' academic judgments. The model was evaluated separately in each of 3 grades (kindergarten-2nd) in 2 locations, with scholastic grades and structured ratings in specific academic skill areas as the dependent variables. Results showed that, after tested academic skill and gender were controlled for, teachers' perceptions of students' behavior constituted a significant component of their scholastic judgments. This effect was more pronounced for the judgments of boys because, in Grades 1 and 2, their conduct was perceived as less adequate than was girls' behavior.

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This study examined the relationship of multiple‐choice and free‐response items contained on the College Board's Advanced Placement Computer Science (APCS) examination. Confirmatory factor analysis was used to test the fit of a two‐factor model where each item format marked its own factor. Results showed a single‐factor solution to provide the most parsimonious fit in each of two random‐half samples. This finding might be accounted for by several mechanisms, including overlap in the specific processes assessed by the multiple‐choice and free‐response items and the limited opportunity for skill differentiation afforded by the year‐long APCS course.

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This chapter reviews the contribution of new information-communication technologies to the advancement of educational assessment. Improvements can be described in terms of precision in detecting the actual values of the observed variables, efficiency in collecting and processing information, and speed and frequency of feedback given to the participants and stakeholders. The chapter reviews previous research and development in two ways, describing the main tendencies in four continents (Asia, Australia, Europe and the US) as well as summarizing research on how technology advances assessment in certain crucial dimensions (assessment of established constructs, extension of assessment domains, assessment of new constructs and in dynamic situations). As there is a great variety of applications of assessment in education, each one requiring different technological solutions, the chapter classifies assessment domains, purposes and contexts and identifies the technological needs and solutions for each. The chapter reviews the contribution of technology to the advancement of the entire educational evaluation process, from authoring and automatic generation and storage of items, through delivery methods (Internetbased, local server, removable media, mini-computer labs) to forms of task presentation made possible with technology for response capture, scoring and automated feedback and reporting. Finally, the chapter identifies areas for which further Chapter 4

The goal of this study was to assess the feasibility of an approach to adaptive testing based on item models. A simulation study was designed to explore the affects of item modeling on score precision and bias, and two experimental tests were administered -an experimental, on-the-fly, adaptive quantitative-reasoning test as well as a linear test. Results of the simulation study showed that under different levels of isomorphicity, there was no bias, but precision of measurement was eroded, especially in the middle range of the true-score scale. However, the comparison of adaptive test scores with operational Graduate Record Examinations (GRE) test scores matched the test-retest correlation observed under operational conditions. Analyses of item functioning on linear forms suggested a high level of isomorphicity across items within models. The current study provides a promising first step toward significant cost and theoretical improvement in test creation methodology for educational assessment.