During a recently held ceremony at the Omni Shoreham Hotel in Washington, D.C., two individuals and five teams received awards from the Defense Standardization Program Office (DSPO) for outstanding contributions to the Department of Defense last fiscal year. Since 1987, DSPO has recognized individuals and organizations achieving significant improvements in quality, reliability, readiness, cost reduction, and interoperability through standardization.
The Defense Standardization Program (DSP) mission is to identify, influence, develop, manage, and provide access to standardization processes, products and services for warfighters and the acquisition and logistics communities. In addition, the program promotes interoperability and assists in reducing total ownership cost and in sustaining readiness.
Following are the DSP award recipients for 2002:
* Martin L. Snyder, U.S. Army Tank-Automotive Command. Snyder led the engineering and technical development and personally participated in the testing of a new, multivolt IR-secure blackout driving lamp that meets all requirements of NATO Standardization Agreement 4381, enabling interoperability with NATO forces. For his efforts, Snyder received the DSP Distinguished Achievement Award, which includes a crystal engraved trophy and a $5,000 cash prize.
* Abdonasser Abdouni, Defense Supply Center Columbus, Defense Logistics Agency. Abdouni contributed significantly to improving MIL-DTL-38999, the specification on circular electrical connectors. This also included completing 59 separate DoD standardization projects, upgrading technical requirements, and streamlining qualification and conformance testing.
* Stephen Daniel, Program Manager, PMA-263, Pax River, and George Halak, BAE Systems. Daniel and Halak were instrumental in the success of a NATO Specialist Team formed to produce STANAG 4586, an architectural standard for tactical unmanned air vehicles (UAV). Their work helped to promote joint service, multi-national UAV interoperability and facilitates shared development of components.
* Bob Billmyre, Senior Electrical Engineer, Headquarters, U.S. Army Corps of Engineers; R. David Curfman and Richard Paradis, Engineering Innovation and Criteria Office, Norfolk, Va.; Maria Swift, Facilities Support Contract Branch, Norfolk, Va.; and Larry Spangler, Air Force Civil Engineering Support Agency, Tyndall Air Force Base. Jointly they developed a contract that gives Army, Navy, and Air Force architects and engineers Internet access to non-government standards referenced in military criteria, standards, and specifications for facilities planning, design, constructions, operation, and maintenance.
* Kenneth Capalongo, Software Engineer and Lisa Russo-German, Systems Support Manager, U.S. Army; Gerard Boyan, Aeronautic Radio Incorporated (ARINC); and John Klubnick Sr., and John Lippert Sr., Aspen Consulting, Inc. Together they developed a tool to test and diagnose data buses built to MIL-STD-1553. Known as the Advanced Multiplex Test System, the tool is faster and more accurate than existing test sets and can be used by all U.S. services and allies on any assets with 1553 data buses. This standardized tool has the potential to significantly reduce the logistics footprint and save several hundred millions of dollars.
* Susan DeGuzman and Robert Hanley, Naval Air Systems Command, Research and Engineering, Airworthiness Office; and Susan Breslin, Fernando Falasca, and Robert FitzHarris, Air Force Materiel Command. Together they developed and published airworthiness certification criteria (MIL-HDBK-516), a concise, consensus-based set of more than 700 assessment criteria that apply to all fixed-wing aircraft systems. Standardizing these criteria eliminates the need for each service to recertify the airworthiness of an aircraft, resulting in up to one million dollars in savings for each unnecessary recertification, as well as increased readiness of aircraft.
* Greg Cannington, Equipment Specialist; Rick Foulk, Program Management; Master Sgt. G. B. Thomas, Langley Air Force Base; Margaret Villagran, Joint Direct Attack Munitions, Eglin Air Force Base; and Raymond Holden, Joint Stand Off Weapon Directorate, Point Mugu, Calif. Together they developed equipment that can test and reprogram the latest generation of smart weapons defined by MIL-STD-1760. The Common Munitions Built-In Test Reprogramming Equipment is small, lightweight, computer-controlled, easy to use, and highly reliable. The standard tester reduces the logistics footprint and will save several million dollars through reductions in training and spares.
Additional information on the Defense Standardization Program, this year's awardees, and their accomplishments may be obtained by visiting the DSP website at www.dsp.dla.mil.