Technology Enhanced Innovative Assessment
Development, Modeling, and Scoring From an Interdisciplinary Perspective
Hong Jiao, University of Maryland
Robert W. Lissitz, University of Maryland
A volume in the series: The MARCES Book Series. Editor(s): Hong Jiao, University of Maryland. Robert W. Lissitz, University of Maryland.
Assessment innovation tied to technology is greatly needed in a wide variety of assessment applications. This book adopts an interdisciplinary perspective to learn from advances in developing technology enhanced innovative assessments from multiple fields. The book chapters address the development of virtual assessments including game‐based assessment, simulation‐based assessment, and narrative based assessment as well as how simulation and game based assessments serve both formative and summative purposes. Further, chapters address the critical challenge of integrating assessment directly into the learning process so that teacher effectiveness and student learning can be enhanced. Two chapters specifically address the psychometric challenges related to innovative items. One chapter talks about evaluating the psychometric properties of innovative items while the other chapter presents a new psychometric model for calibrating innovative items embedded in multiple contexts. In addition, validity issues are addressed related to technology enhanced innovative assessment.
It is hoped that the book provides readers with rich and useful information about the development of several types of virtual assessments from multiple perspectives. The authors include experts from industry where innovative items have been used for many years and experts from research institutes and universities who have done pioneering work related to developing innovative items with formative applications to facilitate learning. In addition, expert advice has been provided on validating such work.
The Virtual World and Reality of Testing: Building Virtual Assessments, Christopher Agard and Alina von Davier. Consistency and Validity in Game‐Based Stealth Assessment, Valerie J. Shute and Gregory R. Moore. Designing, Implementing, and Researching the Effects of Narrative‐Based Assessment in Virtual Environments, Diane Jass Ketelhut and Brian C. Nelson. SimScientists: Affordances of Science Simulations for Formative and Summative Assessment, Edys S. Quellmalz and Matt D. Silbertglitt. Exploring the Psychometric Properties of Innovative Items in Computerized Adaptive Testing, Hong Qian, Ada Woo, and Doyoung Kim. A New Noncompensaotry Testlet Model for Calibrating Innovative Items Embedded in Multiple Contexts, Hong Jiao, Robert Lissitz, and Peida Zhan. Validity Issues for Technology‐Enhanced Innovative Assessments, Brian Clauser, Melissa J. Margolis, and Jerome C. Clauser. Principled Design and Development for Embedding Assessment for Learning in Games and Simulations, Kristen DiCerbo, Steve Ferrara, and Emily Lai. Innovations in K–12 Assessment: A Review of CBAL Research, Randy Elliot Bennett, Rebecca Zwick, and Peter van Rijn. ICT Literacy as a 21st Century Skill: Learning in Digital Networks, Mark Wilson, Kathleen Scalise, and Perman Gochyyev. Visualizing the Process of Change in Learner Beliefs, Valerie J. Shute, Allen C. Jeong, and Diego Zapata‐Rivera. About the Authors.
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- EDU030000 - EDUCATION: Testing & Measurement
- EDU029030 - EDUCATION: TEACHING METHODS & MATERIALS: Science & Technology
- TEC000000 - TECHNOLOGY & ENGINEERING: General
- Application of Artificial Intelligence to Assessment
- Data Analytics and Psychometrics Informing Assessment Practices
- Enhancing Effective Instruction and Learning Using Assessment Data
- Innovative Psychometric Modeling and Methods
- Test Fairness in the New Generation of Large‐Scale Assessment
- The Next Generation of Testing Common Core Standards, Smarter‐Balanced, PARCC, and the Nationwide Testing Movement
- Value Added Modeling and Growth Modeling with Particular Application to Teacher and School Effectiveness