Job desired: Senior Engineering Specialist in radiation phenomenology and survivability; Infrared phenomenology and surveillance modeling and analyses

EDUCATION

1960 -      1963, B.S. – Mathematics, California State University at Los Angeles

1958 –     1960, Los Angeles City College, Mathematics

Other:     1970, IBM Job Control Language (JCL)

                1976, Radiation Effects in Materials & Electronics

                1995, IBM Supercomputing Systems

                1995, Network Encryption System

                1997, Introduction to Image Processing

                1997, Advanced Image Processing

SKILLS SPECIALTIES

•               FORTRAN

•                Computer Systems:  IBM, VAX, SGI, Sun, Cray and CDC

•                Computer operating systems:  IBM, UNIX, AIX, CDC and VAX

•               Develop, use, debug, document and critique complex simulation codes

•                Developed the Elemental Volume Dose Program (EVDP) and the MEVDP

•                Originator of the simple to use 3D Combinatorial Geometrical Modeling Technique

•               Space radiation phenomenology and radiation effects on satellites

•               Nuclear phenomenology and survivability of electronics

•               Infrared phenomenology, atmospheric backgrounds, target discrimination and sensor system surveillance analyses

•               Network Encryption System (NES) use and operation

•               C-Code implementation

•                MATLAB utilization

•                Specialty codes TASAT, SMT, IDASS, and STK

TECHNICAL EXPERIENCE

1992 – April 2005       BOEING –  Phantom Works, Transformational Space Systems

                                              Senior Scientific Specialist, Systems Engineering

Analytical modeling of infrared and visible sensor systems for target identification and detailed object determination using state-of-the-art imaging techniques in support of Space Control and related programs.

Analytical modeling of exo-atmospheric multi-burst phenomenology and RF propagation through structured ionized media and resulting various space and ground systems performance as a result of natural and man-made radiation. Analyzed electronics devices and all systems components for radiation survivability.

Engineering technical support to various contracts within the proprietary engineering areas.  Principal accomplishments include:

•               Writing, modifying and porting major optical system simulation and analysis codes from PC platforms to UNIX workstations and IBM supercomputers.  Codes involved over 100 executable routines and 100K SLOC, while systems were undergoing continual updates and revisions.

•                Designed, developed and ran numerous FORTRAN programs to evaluate system performance, both through explicit computation of mathematical physics effects (e.g., propagation and scattering) and through emulation of physical effects, (e.g., using specialized filter/transfer functions).  Many codes involved computed interaction of EM radiation with 3D combinatorial object models.

1987 – 1992                  Rockwell - Space Systems Division

Performed numerical modeling and analysis of natural and man-made nuclear environments for GPS, FEWS, Brilliant Eyes, GBI, E²I and IR&D programs.  Demonstrated nuclear survivability of system and subsystem components, including determination of radiation effects in materials and electronics, and radiation transport as part of systems survivability for Space Systems contracts and proposals.  Performed numerical modeling and analysis of infrared atmospheric backgrounds and target signatures for sensor systems performance and analysis in support of various contracts and proposals.  Designated by the Defense  Threat Reduction Agency as the Rockwell representative to use and interpret the DTRA-state-of-the-art computer codes:  PUFF-TFT, SCENARIO, PRPSIM, MAPIT, GAMBIT, NORSE and other similar models.

1981 – 1987                  GENCORP – Aerojet Electro-Systems Division

Performed numerical modeling and analysis of natural and artificial radiation environments for system and electronics subsystem components survivability.  Computer code development and analysis of infrared backgrounds and targets for sensor systems performance and analysis for the DSP program and many proposals.

1973 – 1981                  Rockwell International – Satellite Systems Division

Performed numerical modeling and analysis of natural and artificial nuclear environments.  Demonstrated nuclear survivability of system and subsystem components, including determination of radiation effects in materials and electronics, and radiation transport as part of systems survivability.  Projects supported:  GPS, Teal Ruby, HAARS, HAADS, IR&D, and many others.  Performed as consultant on mainframe IBM scientific computer systems.

1971 – 1973                  Rockwell International – Autonetics

Minuteman ground systems real-time computer programming.

1964 – 1971                  Rockwell International – Satellite Systems Division

Computer code development of radiation environments, radiation shielding, radiation transport and analysis for both manned and unmanned near-earth space missions.  Supported Apollo, Apollo Applications, AFWL special contracts, NASA special contracts and IR&D programs.

SECURITY CLEARANCE:  Top Secret/SSBI/SCI –  good through April 2007

Publications:  List supplied upon request

Awards:

Boeing Pride award from Phantom Works, Seattle Wes Will, Manager, Physics, October 2002

Certificate of Recognition, 1997, from Brent R. Collins, SES, Air Force Program Executive Officer (Space)

Commendation for Excellence in Complex Proprietary Program, 1994, from Dr. Hank Hellfeld, Chief Program Engineer

Leadership Achievement of Women in Industry (Rockwell Lady Engineer of the Year) 1980

                Other awards list available on request

PROFESSIONAL MEMBERSHIP:  International Radiation Physics Society