Booz Allen Hamilton's Methodology for Platform Modernization Infographic
1
Booz Allen Hamilton’s Methodology for Platform Modernization Our methodology for Platform Modernization entails four phases, which are applied according to an agency’s requirements for a program or project. 1. Plan Decide what to change by conducting trade studies and analyses to determine the most beneficial trade- offs available. 4. Document Provide the agency with a Technical Data Package (TDP) to support acquisition of the modernization platform. 2. Design Use reverse engineering, physics-based engineering analysis and other techniques to determine what technology is needed to achieve objectives. TECHNICAL DATA ENGINEERING DRAWINGS SPECIFICATIONS HARDWARE SOFTWARE COTS INTEGRATION PHYSICAL CONFIGURATION INTERFACE SPECIFICATIONS ANALYSIS/ MODELING FOREIGN MATERIAL EXPLOITATION TECHNOLOGY IDENTIFICATION SIZE WEIGHT POWER MAINTAINABILITY AGE FUNCTIONALITY INTEROPERABILITY 3. Prototype Develop a model that allows the agency to test and prove the new design works before proceeding with production.
-
Upload
booz-allen-hamilton -
Category
Engineering
-
view
87 -
download
3
description
Our methodology for Platform Modernization entails four phases, which are applied according to an agency's requirement for a program or project.
Transcript of Booz Allen Hamilton's Methodology for Platform Modernization Infographic
Booz Allen Hamilton’s Methodology for Platform ModernizationOur methodology for Platform Modernization entails four phases, which are applied according to an agency’s requirements for a program or project.
1. PlanDecide what to change by conducting trade studies
and analyses to determine the most beneficial trade-
offs available.
4. DocumentProvide the agency
with a Technical Data Package (TDP) to support
acquisition of the modernization platform.
2. DesignUse reverse engineering,
physics-based engineering analysis and other techniques to
determine what technology is needed to achieve objectives.
TECHNICAL DATA
ENGINEERING DRAWINGS
SPECIFICATIONS
HARDWARE
SOFTWARE
COTS INTEGRATION
PHYSICAL CONFIGURATION
INTERFACESPECIFICATIONS
ANALYSIS/MODELING
FOREIGN MATERIAL
EXPLOITATION
TECHNOLOGY IDENTIFICATION
SIZE
WEIGHT
POWER
MAINTAINABILITY
AGE
FUNCTIONALITY
INTEROPERABILITY
3. PrototypeDevelop a model that
allows the agency to test and prove the new design works before proceeding
with production.
