Expert Details
Radiation Effects in Microelectronics, Radiation Hardness Assurance, Test Planning, Data Analysis
ID: 728124
New Mexico, USA
He consulted to DPACI on developing a hardness assurance programHe consulted to Aeroflex Plainview providing a short course on radiation effects in microelectronicsHe consulted to Loral Space Systems on low dose rate effects in linear bipolar circuits
Education
Year | Degree | Subject | Institution |
---|---|---|---|
Year: 1965 | Degree: BS | Subject: Physics | Institution: Indiana University |
Work History
Years | Employer | Title | Department |
---|---|---|---|
Years: 1993 to Present | Employer: Undisclosed | Title: President | Department: |
Responsibilities:He provides technical support to the Defense Threat Reduction Agency in the form of research in total dose effects in bipolar technologies, radiation hardness assurance expertise to Defense Supply Center and support of radiation effects conferences and hardness assurance activities (JEDEC, ASTM and SPWG). |
|||
Years | Employer | Title | Department |
Years: 1979 to 1993 | Employer: Mission Research Corporation | Title: Division Manager and Chief Scientist | Department: Microelectronics |
Responsibilities:He was Division Manager and later Chief Scientist of a division of 15-20 engineers and scientists doing research in radiation effects. He was the program manager on several large government task order contracts. He also perfromed research on several of the task orders. |
|||
Years | Employer | Title | Department |
Years: 1977 to 1979 | Employer: BDM Corp. | Title: Senior engineer/Division Manager | Department: Electronics |
Responsibilities:He was program manager on several government contracts doing research in radiation effects and became manager of a division of 20-30 engineers. |
|||
Years | Employer | Title | Department |
Years: 1966 to 1977 | Employer: Naval Ammunition Depot Crane | Title: Engineer/Section Leader | Department: |
Responsibilities:He started by writing specifications for semiconductor devices for a Navy system. He moved to the radiation effects section and performed radiation effects testing of semiconductors for a Navy missile system while stationed at White Sands Missile Range, NM. He later became the section manager. |
Government Experience
Years | Agency | Role | Description |
---|---|---|---|
Years: 1979 to Present | Agency: Defense Threat Reduction Agency | Role: Contractor | Description: He works on many research programs on radiation effects in microelectronics and provides technical support to the DTRA Radiation Hardened Microelectronics and hardness assurance programs |
Years: 1977 to 1979 | Agency: Air Force Research Lab | Role: Contractor | Description: He worked on a program to investigate hardness assurance techniques for total dose |
Years: 1966 to 1977 | Agency: Naval Ammunition Depot | Role: Civil service employee | Description: He performed radiation effects testing of semiconductor devices and circuits for a Navy missile system |
Career Accomplishments
Associations / Societies |
---|
IEEE Fellow |
Awards / Recognition |
---|
Peter H. Haas Award |
Publications and Patents Summary |
---|
He has over 130 publications, four book chapters, four invited papers. |
Additional Experience
Training / Seminars |
---|
He developed and gave a one day short course in radiation effects at the Commercialization of Military ans Space Electronics (1999). He has given short courses on hardness assurance at the Nuclear and Space Radiation Effects Conference (2004) and at Vanderbilt University (2005). He gave a short course on Single Event Transients at the Radiation Effects on Components and Systems in France (2007) |
Vendor Selection |
---|
He has worked with radiation effects engineers at Intersil, Honeywell, BAE, Aeroflex, Texas Instruments, National Semiconductor, Analog Devices, Crane Interpoint, and International Rectifier. |
Fields of Expertise
bipolar transistor beta (Hfe) degradation, cobalt-60, extraterrestrial radiation, gamma radiation, ionizing radiation, irradiation, metal-oxide semiconductor device radiation effect, neutron, neutron irradiation, nuclear radiation, photon, prompt neutron, proton, radiation damage, radiation dose, radiation effect, radiation testing, heavy ion, radiation hardness, gate oxide, cosmic radiation, dosimeter, electronic equipment failure analysis, power metal-oxide semiconductor field effect transistor, complementary metal-oxide semiconductor device, complementary metal-oxide semiconductor integrated circuit, fast-neutron nuclear reactor, space environment, high-energy radiation, metal-oxide semiconductor device, microelectronics science, silicon, electronics testing, dosimetry, bipolar transistor