Accession Number : ADA282136
Title : Examination of the Processes Underlying Multilevel Efficacy-Performance Spirals: A Flight Simulation Study.
Descriptive Note : Doctoral thesis,
Corporate Author : AIR FORCE INST OF TECH WRIGHT-PATTERSON AFB OH
Personal Author(s) : Lindsley, Dana H.
Report Date : AUG 1994
Pagination or Media Count : 230
Abstract : A dynamic multilevel model of the relationships between efficacy, causal attributions, affect and performance at the individual and team level of analysis was tested using a PC-based flight and combat jet simulator and 102 Air Force Recruit Officer Training Corp (AFROTC) cadets (51 dyads). The impact that performance, causal attributions, and affect have on subsequent individual and team efficacy and subsequent performance over-time were investigated. These relationships were examined twice at the individual level of analysis (one per teammate) and once at the team level of analysis. In addition, the relationship between individual efficacy and performance, and collective (team) efficacy and performance were observed over four trials. Finally, the compositional and cross-level effects of individual and team efficacy and performance were explored. Results suggest initial support for the multilevel efficacy-performance spiral model, and the influences of causal attributions and affect on this dynamic model. A summary of the findings, the perceived strengths and limitations of this study, suggestions for future research, and applied considerations are outlined.
Descriptors : *PERFORMANCE(HUMAN), *FLIGHT SIMULATION, AIR FORCE TRAINING, CADETS, DYNAMICS, IMPACT, LIMITATIONS, MODELS, RECRUITS, TIME, FLIGHT SIMULATORS, TEAMS(PERSONNEL), TRAINING, WARFARE.
Subject Categories : Human Factors Engineering & Man Machine System
Distribution Statement : APPROVED FOR PUBLIC RELEASE