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Booz·Allen
& Hamilton Inc. Information
Technology Client Service Team Management and technology consultant to commercial, Department of Defense, and regional government clients. Participated in successful client engagements in the areas of:
Led the San Diego Project Management & Control Group, which consisted of 10 specially trained consultants. Accomplishments included: Leadership: Led the on-going development and operation of Booz·Allens San Diego Project Management and Control Group, consisting of 10 specially trained consultants. Led the Project Management and Control requirements analysis and implementation efforts for units of the Navys information technology procurement command, a $2.5 Billion organization. Software Development: Managed the development of command and control software and operating systems involving dozens of independent developers integrating over 100 products with specially developed, classified applications From "Navy
Goes High Tech", Boston Globe, July 13, 2000: That's why the weapons, navigation, and engineering systems on McFaul and other ships rely on specially designed, highly reliable software, not off-the-shelf products from Microsoft or other vendors. In warfare, said Britton, ''if you get the Blue Screen of Death, it really is the Blue Screen of Death.'' Outsourcing & Privatization: Developed the cost estimate for the OMB Circular A-76 Outsourcing and Privatization Study and public-private competition for the Navys Child Development Program in the western U.S. Beat the bid from the best-value contractor by $27.5 million. Participated in all aspects of the process, including writing the Performance Work Statement and designing the Most Efficient Organization. Business Process Re-Engineering: Co-led the Business Process Reengineering effort for the County of San Diegos Department of Environmental Health, which resulted in significant savings and improved levels of service. Cost Estimating: Conducted a life-cycle cost estimate for a commercial aerospace company for a proposed liquid rocket booster to replace the solid rocket booster currently employed by NASAs Shuttle Transport System. The study was used to determine the feasibility of pursuing such a program in the areas of total cost of ownership, program risk and technology risk.
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