The Pacer Share Demonstration Project: Implications for Organizational Management and Performance Evaluation

1989 ◽  
Vol 18 (2) ◽  
pp. 209-225 ◽  
Author(s):  
G. Ronald Gilbert ◽  
Ardel E. Nelson

McClellan Air Force Base is engaged in a five year demonstration project aimed at both simplifying the current personnel management system and improving quality production and services in a logistics setting. The fundamental purpose of the demonstration is the design and test of a management system exportable to the entire federal sector that will accomplish the goal of better management, improved product and service quality, and correct the various deficiencies associated with traditional efficiency models. This article discusses the Pacer Share Project which offers a prototype model, using changed personnel policies, practices, and procedures to improve overall mission accomplishment performance and quality work life at the McClellan Air Force Base. This article represents the opinions of the authors and should not be construed as in any way representing official or unofficial viewpoints of the U.S. Air Force or the Office of Personnel Management.

Author(s):  
Link Jaw ◽  
Yu-tsung (Jim) Wang ◽  
Richard Friend

Health management of a machine, such as a gas turbine engine, offers the potential benefits of efficient operations planning and the reduced cost of ownership. It requires a tight integration of major health management functions, such as trending, failure identification, forecasting, life prediction, operations and maintenance planning. This paper introduces a suite of plug-in tools that enhance the condition monitoring and health management capabilities of operational (or legacy) systems. One of these systems is the U. S. Air Force Comprehensive Engine Trending and Diagnostics System (CETADS), which has been used as the baseline for the development of the tools. These tools are collectively called the Intelligent Condition-based Engine/Equipment Management System (ICEMS). These tools are configured as software modules, which can be incorporated into an operational health management system individually or as a group. ICEMS modules implement the advanced algorithms containing artificial intelligence, statistical, model-based analysis techniques, and RCM practices. Although these modules have been developed and tested using data from the Pratt & Whitney F100-PW-220 engine in service at Luke Air Force Base, the modules are also generalized to cover many generic machines (or equipment).


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