
Development of Quantum, an Instructor-Mediated Performance Assessment Test, and Student Measure Validation
Publication year - 2017
Publication title -
journal of nursing and healthcare
Language(s) - English
Resource type - Journals
ISSN - 2475-529X
DOI - 10.33140/jnh/02/03/00004
Subject(s) - rasch model , interpretability , licensure , reliability (semiconductor) , psychology , content validity , validity , test (biology) , documentation , medical education , nurse education , item response theory , nursing , psychometrics , applied psychology , computer science , medicine , clinical psychology , artificial intelligence , developmental psychology , power (physics) , paleontology , physics , quantum mechanics , biology , programming language
This article discusses Quantum, an instructor-mediated performance assessment test, used in simulation to assist nurse educators to objectively measure student performance and document clinical competency. The article describes the process of development, validation, and measurement of student’s integrated knowledge, skills, attitudes, and clinical reasoning used in decision-making to improve safe effective nursing practice. The article provides a review of Quantum’s evaluation framework including: patient safety, assessment, communication, intervention, and documentation. The sample comprised of pre-licensure student nurses enrolled in core nursing courses from 14 nursing programs. Classical and Rasch data analyses found empirical evidence in support of the reliability of measures and validity of inferences in terms of content validity, optimum scoring structure, unidimensionality, reliability, invariance, responsiveness, consequential validity, and interpretability