Extending the Time to Proficiency Model for Simultaneous Application to Multiple Jobs

Abstract

The Time to Proficiency (TTP) Model (Carpenter, Monaco, O'Mara, & Teachout, 1989) lined job performance and enlistment standards. The model considered aptitude, productivity, cost, and attrition data on first-term Avionics Communications Specialists (328X0). It combined the data to identify an aptitude standard which minimized cost per productive unit for the specialty. A problem with the Carpenter et al. (1989) model is that it only allowed analysis of a single Air Force speciality (AFS), independent of others. This results in minimum standards for an AFS that are too high when Air-Force wide manning requirements and the finite applicant pool are considered. This paper proposes an extension of the model to accommodate several AFSs simultaneously and interdependently. The extended model allocates a given recruit pool to AFSs such that cost per productive unit is minimized across the specialties. The extended model allows determination of the effects on standards, of changes in the recruit pool or AFS manning requirements. The paper demonstrates the extended model using six AFSs with job performance measures collected under the Job Performance Measurement project. Keywords: Classification, Enlistment standards, Job performance, Linkage, Productive capacity, Productivity, Proficiency, Model, Selection.

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Document Details

Document Type
Technical Report
Publication Date
Jul 01, 1990
Accession Number
ADA224759

Entities

People

  • Brice M. Stone
  • Dwight C. Hageman
  • Guy L. Curry
  • Lonnie D. Valentine Jr.
  • Robert S. Faneuff

Tags

Communities of Interest

  • Human Systems

DTIC Thesaurus Topics

  • Air Force Facilities
  • Algorithms
  • Attrition
  • Classification
  • Electronics
  • Human Resources
  • Industrial Engineering
  • Linear Programming
  • Management Personnel
  • Manpower
  • Performance Tests
  • Personnel Management
  • Probability
  • Procurement
  • Productivity
  • Recruiting
  • Recruits

Readers

  • Computational Modeling and Simulation
  • Naval Personnel Management
  • Occupational Health and Safety.