The Economic Benefits of Predicting Job Performance: Volume 3: Estimating the Gains of Alternative Policies (Hardcover) (ISBN-13: 9780275939595)

Designed as a comprehensive text for advanced courses in personnel selection and classification, the three volumes that comprise The Economic Benefits of Predicting Job Performance take a different approach than that taken in most previous works on the subject. While most texts focus on selection and psychological measurement to the exclusion of classification, these volumes summarize the major theories and research findings in both areas and provide a thorough treatment of classification processes. This is the first text providing more than a chapter on classification since Cronbach and gelser's historic work in 1965. Joseph Zeidner and Cecil D. Johnson discuss the central topics involved in the practical prediction of job performance, including validity and utility models and research strategies and designs. Based on their analysis, they introduce a new theory, the differential assignment theory, and illustrate the mathematical principles that govern its use in personnel classification. Throughout, the authors are concerned with the realistic applications of specific procedures to maximize both selection and classification efficiency.

This volume begins with an overview describing the major issues and highlighting important findings and conclusions. Volume 3 looks at the specific case of the Army and asks whether the dollar utility of the Army's personnel classification system can be improved substantially and, if so, how? The authors present the results of their extensive research into the Army's current system and conclude by offering suggestions for improvement based on their findings. This volume concludes with a glossary and list of references.

Author: Joseph Zeidner, Cecil D. Johnson, Joseph Zeider
ISBN-10: 0275939596
ISBN-13: 9780275939595
Publisher: Praeger
Language: English
Published: 10/23/1991
Pages: 280
Format: Hardcover
Weight: 1.26lbs
Size: 9.50h x 6.42w x 0.97d