ANSI/EIA-748

ANSI/EIA-748
Name	ANSI/EIA-748
Status	Active
Published	1998
Publisher	ANSI; EIA
Scope	Project management; earned value

ANSI/EIA-748 ANSI/EIA-748 is a set of standards defining earned value management practices for project control used in United States Department of Defense programs, commercial Lockheed Martin, Raytheon Technologies contracts and other large-scale initiatives. It prescribes processes for integrating scope, schedule, and cost reporting to provide performance measurement and forecasting for programs like Space Shuttle, International Space Station, and major Panama Canal expansion-scale endeavors. The standard connects planning, budgeting, and performance assessment to oversight bodies including Government Accountability Office and audit frameworks used by KPMG, Deloitte, and Ernst & Young.

Overview

ANSI/EIA-748 defines 32 criteria that establish earned value management system requirements applicable to projects such as F-35 Lightning II, Boeing 787 Dreamliner, and Trans-Alaska Pipeline System programs. The criteria address work breakdown structures used by organizations such as Northrop Grumman and General Dynamics to align budgets and schedules with performance measurement used by agencies like National Aeronautics and Space Administration and Department of Energy. Implementations often reference program management guidance from Project Management Institute standards, contracting rules from the Federal Acquisition Regulation and reporting practices drawn from Office of Management and Budget circulars.

History and Development

The standard emerged from collaboration between the Electronic Industries Alliance and standards bodies including American National Standards Institute following lessons from programs like B-2 Spirit development and oversight reviews by Congressional Budget Office. Early predecessors included earned value practices used on Apollo program contracts and management reforms after the Gulf War procurement expansions. Key contributors and adopters included prime contractors such as BAE Systems, Textron, and consultants from firms like PricewaterhouseCoopers who shaped the 1998 specification and subsequent interpretations by Defense Contract Management Agency and Office of Federal Procurement Policy.

Standard Structure and Requirements

The 32 criteria are grouped to ensure integration of planning, scheduling, budgeting, performance measurement, and change control for projects like Channel Tunnel construction or Crossrail rail programs. Criteria require an Work Breakdown Structure alignment akin to methods used by Turner Construction Company and Bechtel Corporation and mandate baseline control similar to approaches in Large Hadron Collider project planning. Requirements include establishing a time-phased budget, performance measurement techniques comparable to practices in International Space Station logistics, and configuration management consistent with ISO 9001 and procurement oversight often exercised by United States Navy shipbuilding programs.

Implementation and Compliance

Organizations implement ANSI/EIA-748 through policies, procedures, and software tools used by Oracle Corporation Primavera, Microsoft Project, and specialized EVM suites adopted by Accenture or IBM. Compliance is assessed by auditors from Government Accountability Office, Defense Contract Audit Agency and third parties including PricewaterhouseCoopers or Grant Thornton. Contracting officers at Federal Aviation Administration and program offices like U.S. Army Corps of Engineers often require compliance deliverables including integrated master schedules and variance analyses for milestone reviews similar to those for James Webb Space Telescope progress oversight.

Adoption and Industry Impact

Adoption of ANSI/EIA-748 influenced program controls across aerospace, defense, construction, and information technology projects such as Eurofighter Typhoon procurement, London 2012 Olympic Games construction, and large IT transformations at Department of Veterans Affairs. Its uptake shaped risk management and forecasting techniques taught by Stanford University, Massachusetts Institute of Technology, and professional bodies like Association for Project Management. The standard facilitated standardized reporting across supply chains involving primes like Rolls-Royce Holdings and subcontractors such as Honeywell International, enabling comparative performance reviews by oversight entities including U.S. Government Accountability Office and multilateral lenders like World Bank.

Criticisms and Limitations

Critics from consultancies including McKinsey & Company and commentators in journals associated with Harvard Business School note ANSI/EIA-748 can be bureaucratic, imposing heavy administrative burdens on smaller contractors and professional service firms such as Ernst & Young advisory teams. Case studies from programs like Denver International Airport expansion and controversial procurements reviewed by Congressional Research Service highlight challenges in applying rigid earned value criteria to agile software projects influenced by Scrum Alliance practices and to research-oriented initiatives at institutions like Lawrence Livermore National Laboratory. Others argue that reliance on the standard may underemphasize qualitative risk factors central to governance frameworks used by International Monetary Fund and European Investment Bank.

Category:Project management standards