| DAY: Wednesday | DATE: | 04/05/00 | |
| Keynote: Affording Military Sensors: From the Technology Point of View | Edgar Martinez | DARPA | |
| Radar Acquisition Roadmap Study | Kirk Battleson | Aerospace Corporation | |
| Future Trends in RF Seeker Technology | Wayne Garner | U.S. Army Aviation & Missile Command | |
| ** | Session I: Transmit/Receive Modules | Richard Fisher | DESE Research, Inc. |
| Low-Cost, Best-of-breed, T/R Module for the THAAD EMD and Production Radars | Michael Borkowski | Raytheon | |
| Affordable Microwave Packaging System | Denise Albert | Lockheed Martin | |
| Thin-Film Phase Shifters for Low-Cost Phased Arrays | Robert York | The University of California | |
| Surface Radar Affordability | Raymond Oullette | Raytheon | |
| Flip Chip for Affordability | John Williams | Raytheon | |
| The F-22 Radar: A Low Cost Solution for Active Electronically Scanned Arrays | Stephen Bird | Northrop Grumman Corporation | |
| ** | Session II: Modules & Subsystem Level Technology | John Reinhardt | U.S. Army Aviation & Missile Command |
| Affordable X-Band T/R Module Technology | Geoffrey Keogh | ITT Industries, Gilfillan Division | |
| A Low Cost Modular 94 GHz MMIC T/R Module Radar | Mike Gawronski | Alliant Techsystems | |
| MADCAP White Paper | Robert Walker | Mevatec | |
| Low Cost Ka-Band Transceiver for Smart Munitions | Daniel Yang | TRW | |
| ** | Session III: Circuits & Components | Leonard Vanzant | NSWC Crane |
| Solid State Radar Modulators | Michael Kempkes | Diversified Technologies, Inc. | |
| Reduced Costs Through Flexible Manufacturing | Peter Kolda | Communications & Power Industries, Inc. | |
| Braze and Thermal Process Cost Reduction in Vacuum Electron Devices | Scott Forrest | Communications & Power Industries, Inc. | |
| ** | Session IV: Life Cycle and System Issues | Matthew Craig | Crane |
| Modern Microwave Tubes for Radar | Robert Symons | Litton Electron Devices Division | |
| A Successful Microwave Vacuum Electron Device Program-The AEGIS AN/SPY-1 CFA | Todd Treado | Communications & Power Industries, Inc. | |
| The State of Microwave Tube Management Within the DoD | Thomas Ball | Crane | |
| ATNAVICS: A True Radar Affordability Success Story | Arsenio Vargas | Raytheon | |
| DAY: Thursday | DATE: | 04/06/00 | |
| Keynote: RF Mems in Radar | John Smith | DARPA | |
| ** | Session V: RF MEMS | Tracy Hudson | U.S. Army Aviation & Missile Command |
| RF MEMS Research and Development for Army Missile Applications | Sonya Read | U.S. Army Aviation & Missile Command | |
| MEMS-Based Reconfigurable Slot Antennas | Y.C. Lee | The University of Colorado | |
| Accurate Electromagnetic and Mechanical Modeling of MEMS Switches | Gabriel Rebeiz | The University of Michigan | |
| MEMS RF Relay for Radar Systems | Emilio Sovero | Rockwell Science Center | |
| ** | Session VI: RF MEMS | Sonya Read | U.S. Army Aviation & Missile Command |
| MEMS-Based Variable Capacitor for Millimeter-Wave Applications | Y.C. Lee | The University of Colorado | |
| Wideband TTD Phase Shifters for Low Cost T/R Modules | Gabriel Rebeiz | The University of Michigan | |
| Low Phase Noise Micromachined 10 and 30 GHz Oscillators | Gabriel Rebeiz | The University of Michigan | |
| Low Cost MEMS RF Switches for Military and Scientific Radar Systems | Dave Machuga | Northrop Grumman | |
| RF MEMS Devices-An Enabling Technology for Cost Reduction in Radar Systems | Chuck Goldsmith | Raytheon | |
| On Wafer Packaging and 3D Integration Utilizing Silicon Micromachining | Linda Katehi | The University of Michigan | |
| ** | Session VII: Advanced Research & Development | Jerry Dickson | U.S. Army Aviation & Missile Command |
| Materials Development for Low-Cost, High-Performance Heterostructure Field-Effect Transistors for Use in MMICs for Millimeter-Wave Systems | Stefan Svensson | U.S. Army Research Laboratory | |
| Solid-State Spatial Combiner Modules for TWT Replacement | Robert York | The University of California | |
| Low Cost Cruise Missile Defense Concept | Colin Lees | U.S. Army Space & Missile Defense Command | |