Hamilton Microelectronics Consulting
Brett Hamilton, CEO
Bridging Defense & Innovation | Senior Technical Advisor | 20+ Years in DoD & Commercial Microelectronics | Rad-Hard • High-Reliability • Mission-Critical Systems
"Engineering mission assurance from the chip up"
Decades of leadership in the DoD and commercial sectors
Driving microelectronics innovation and strengthening America's technological edge through 20+ years of national leadership across the DoD and commercial sectors. My expertise spans direct support for mission-critical defense programs (strategic weapon systems, advanced technologies, trusted microelectronics - often at the highest security levels with stringent reliability demands) and a strong commercial background in IC design, manufacturing, advanced packaging, and technology transfer. As CEO of Hamilton Microelectronics Consulting, and through prior roles at ARI, OUSD(R&E) and Dept of Navy I can help bridge national security and innovation, committed to bolstering the U.S. microelectronics supply chain and fostering government-industry collaboration. Briefed Congress, advised the Pentagon, authored 40+ papers, and hold 12 patents.
Let's Innovate Together
Microelectronics SME
Hands-On Lab Work at NSWC Crane: Helped Build Deep Technical Expertise for Lasting Career Impact
Total Dose Testing of 10-bit Low Voltage Differential Signal (LVDS) Serializer and Deserializer
B. Hamilton and T. Turflinger, IEEE Nuclear and Space Radiation Effects Conference (NSREC).
"Application of Advanced Back-Side Optical Techniques in ASICs"
Douglas Martin, Samuel Beilin, Brett Hamilton, Darin York, Philip Baker, and Wai-Yat Leung
1 of 12 Patents
Dual magnification apparatus and system for examining a single objective in a scanning optical microscope using two wavelengths of light - Patent # 10,139,609
Dual magnification systems and apparatuses for testing and viewing a single objective in a scanning optical microscope and methods of using the systems and apparatuses are provided. Two optical paths allow two wavelengths of light to be magnified to separate magnification levels such that a lower magnification optical path can be used to examine a target area while a higher magnification optical path can be used to examine a subset of the target area and elicit test sample responses to localize a condition of interest.
Government Advisor on Multiple Defense Science Boards
- Provided classified briefings on threat, assurance and supply chain concerns
- Provided a briefing on OUSD (R&E) Microelectronics Roadmap
- Provided a briefing on Heterogeneous Integration and Advanced Packaging
- Provided a briefing on access to SOTA CMOS foundries
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