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Peater Goli

Missile Systems Engineer

PHONE NUMBERS                                                ADDRESS

CEL  420-512-5502                                                  502 Falcon Bridge

Work  402-802-7021                                                 Orlando, GA 20521

Golip12@hotmail.com                                                pgoli_10@nsnorth.net

EDUCATION

 Ph.D. - University of Maryland                                   Earned While Working

 MSEE  - Syracuse University                                     Thesis Option

   (Major - Control Theory)                                         NASA Scholarship

 BSE    with honors                                                                  with honors

 University of Connecticut                                            Tau Beta Pi

                                                                                   Eta Kappa Nu

SIGNIFICANT CAREER ACCOMPLISHMENTS

1. Lead for Raytheon Joint Common Missile and Tank Extended Range Munitions Synthetic Aperture Radar (SAR) Motion Compensation and Customer Needs Assessment
2. NATO RTO Lecturer for Sensors, ATR and INS/GPS
3. Lead for Boeing JASSM seeker development
4. Lead for Rockwell International radar missile seeker advanced development programs including ATR
5. Acting Manager Rockwell Advanced Seeker Dept during development of 2 tactical missile seeker prototypes
6. ERIM Lead for SAR Motion Compensation system developments
7. Ga Tech Research Institute head of Radar Development Department
8. Navy Special Threat Study Director
9. Special assistant to head of NSWC Advanced Planning Office and Laboratory Representative to Navy Advance Planning Organizations
10. Graduate Student Assistant on Research Program to develop Field Effect Transistors

PROFESSIONAL EXPERIENCE

(2008 – Current)

Raytheon, IDS, Huntsville, AL

Engagement Lead on Assessment and Analysis Team (AAT) for Missile Defense Systems Engineering Team responsible for Missile/Interceptor Modeling and Simulation with a focus on Aegis 5.1 and SM-3 Blk IIA and IIB.   Responsible for systems engineering and analysis to close TBRs and TBDs in Aegis 5.1 ECS and BMDS System Level Specification.    Perform system analysis in MATLAB to baseline both capability and needs of Aegis using Blk IIA and IIB.  Perform Vbo studies based on Interceptor mass properties and motor thrust characteristics.  Work with Discrimination team to understate SM-3 KW discrimination capability and impact on KW battlespace.   Model KW divert capability and how that limits engagement timeline.

(2007-208)

Raytheon RMS, Tucson, AZ

GNC Lead on the KEI Boost Phase Development Test Program and Lead for Missile Simulation/Models Verification and Validation.  Performed System Engineering studies and requirements definition for autopilot design, flight profile design, navigation design and angle of attack control going into staging event.  Reviewed designs for requirements verification and assessment designs robustness.  Analyzed impact of vibration on missile navigation system and capability of sock mounts to mitigation vibration risk.  Planned and directed verification of major supplier’s missile simulation and built data collection plans to support post test simulation validation.  Perform system engineering studies to close TBRs in the system level specification and close Risk Mitigation activities.  Lead multicompany/customer  GNC Working Group and Simulation/Models WG.  Performed engineering analysis using the KEI Simulation (KEISim) and MATLAB to verify subcontractor performance estimates (KPCs and TPMs).   Serve as senior RMS technical interface to counterparts at Prime Contract and MDA Customer plus subcontractors.  Provide leadership closing out requirement issues and action items required to maintain test schedule.  Lead Peer Reviews of supplier documentation and performing assessments on their designs relative to program requirements and risk mitigation plans.     

(2005 – 2007)

Lockheed M&FC Orlando (Meads International)

Lead for CDI IPT

Lead development of Classification, Discrimination and Identification (CDI) software for multinational MEADS Air Defense system using 2 radars.  Lead team of 4 engineers plus support contract team to develop a cohesive CDI design that cuts cross sensor and company boundaries.  Assure compliance with ITAR regulations, classification guidance and program management plans.  Prepare employee performance evaluations, ratings and new employee requisitions.

(1999 – 2005)

Raytheon Missile Systems

Tucson, Az

Senior Principal Systems Engineer

Serve as GNC Lead on several advance missile developments in System Engineers area plus GNC design and software development in C++.  Two major programs were TERM and JCM which were structured around a Trimode seeker (MMW, IIR and Laser Semiactive) that incorporated ATR, multiple trackers and sensor fusion.     The major milestone in both programs was a captive flight test of the air to ground seeker.  Besides developing the proposed missile GNC design, I developed software to point multiple gimbal systems at the target area, stabilize the gimbals and provide navigation data to the ATR and track software in the correct coordinate frames.  Served as the primary interface to the Redstone test range and customer community planning the test and developing GNC requirements.   Lead for purchase of an integrated INS/GPS and defining requirements for the support structure and shock mount system.  Developed  algorithms to fuse inertial data to meet MMW motion compensation requirements.    Worked with MEMS IMU suppliers to assess their capability to the final design requirements.

(Summer 1999)

Sverdrup (Jacob Engineering)

Dayton, Ohio

Chief Scientist for Synthetic Aperture Radar ATR Programs

Directed activities of a DARPA technology program being managed out of WPAFB in the area of automatic target recognition and sensor fusion.  Prepared test plan for large team of engineers with high percentage of Ph.D.s cutting across multiple contractors.  Position cut short because person I was replacing did not leave as planned and Jacob Engineering moved to realign Sverdrup impacting my pre-employment agreement.

(1986 - 1999)

Boeing Aircraft & Missile Systems (Formerly Rockwell Defense),

Producer of Tactical Missiles & Sensor Systems

Senior Research Engineer for Tactical Missiles & Sensor Systems

Lead for advance tactical missile, radar seeker programs and internal research and development in radar technology.  Experience spanned Hellfire, GBU-15, AGM-130, JASSM and BRIMSTONE.  Responsibilities including developing specifications, building simulations, flowing requirements down to lower level specifications and developing system concepts.  Lead for Proposals, CRAD and IR&D related to both radar seekers and target Radar Cross Section prediction using a Rockwell GO/GTD computer code called ESCORT.  Lead for team of engineers developing radar seeker designs, simulations, testing and software that included discrimination, classification and identification.  Served on Rockwell Corporate Electromagnetics Panel and advised management on radar technology trends and capabilities.  Served as Rockwell lead for technology transfer of the BRIMSTONE MMW seeker from GEC Marconi to Rockwell International.  Served as technical interface to Rockwell Science Center on technology needs in area of RF materials, radomes and multispectral apertures.  Served as BD engineering lead for new business capture and competitive assessments.

(1979 – 1986)

Environmental Research Institute of Michigan (ERIM)

PO Box 8618, Ann Arbor MI 48107,  313-994-1200

Senior Research Engineer for Synthetic Aperture Radar Technology

Lead for SAR motion compensation system developments across a wide range of frequency bands and served as subject matter expert to Air Force customers.  Led team of engineers in a SAR motion compensation product improvement to reduce the azimuth sidelobes of the radar.  Assisted ERIM Advanced Program Manager to capture CRAD outside ERIM core business.  Developed SAR architectures, hardware specifications, analysis tools and requirements documentation.

(1976 – 1979)

Georgia Tech Research Institute, Georgia Tech.  (Former EES)

Atlanta, GA 30332

Research and Development in Millimeter Wave Sensors

Managed the Radar Development Division of the Radar and Instrumentation Laboratory.  In addition to handling normal division management responsibilities,  lead for research on new radar system architectures, signal processing algorithms and real time processing of radar data.  Directed the field tests of several of these prototype radar systems.   My research involved both the synthesis of new system concepts and research into advanced detection, tracking and recognition algorithms and software.  I taught a section of the GTRI Radar Short Course on target tracking.  Most of my research involved computer simulation of advanced algorithms such as inter-polarization agility.    As manager of the group, I took the lead for the development of new research contracts, reporting research findings and planning the acquisition of new capital assets.  I also managed the group’s discretionary budget and salary planning. 

(1967 – 1976)

Naval Surface Warfare Center, White Oak (Formerly NOL)

Navy R&D In-house Laboratory

Silver Spring, Md.

Senior Research Engineer in Guidance and Fire Control

Progressed from junior design engineer working on prototype guidance and fire control hardware and software to Study Director for a Navy wide special threat study and recognized Navy expert in radar seekers.  Special Threat Study involved Missile Defense using Aegis and SM-3.   Under my first assignment, I took lead for the development of a 40mm mount gun stabilization system during Vietnam war which was tested on the Navy’s first hydrofoil the PCH-I.   Under next assignment, I wrote the first 6 Degree-of-Freedom computer simulation at NSWC of a small Swimmer Launched Torpedo.  Led the designed and fabrication of three prototype guidance units for the same torpedo.  Served as GNC Lead for underkeel missile technology which included building a simulation of the Harpoon missile.  Selected to serve on several Navy panels such as investigating amorphous semiconductors and assessing the direction of new technology developments and new research investments.  Served in the Advanced Planning Office of the Laboratory Director and took lead to set up the position as a management training assignment for people who followed me in that assignment.  Appointed as the lead for a Navy wide special threat study by commanding officer of the Laboratory.  

(Summer 1966)

G.E. Defense Products Division

Pittsfield, MA

Test Engineer

Selected as one of GEs first summer interns.  Worked as an automatic test equipment engineer programming analog test sets.  Took lead in successfully refurbishing damaged test set returned from the field. Was given a special assignment to work with full time engineer on IR&D to develop first G.E. digital test set.

(Senior Year – 1965-1966)

University of Connecticut

Storrs, Connecticut

Research Assistant

Research assistant working with a graduate student fabricating field effect transistors.  Performed all phases of work associated with semiconductor manufacturing including mask preparation, wafer polishing, photoetching, diffusion of impurities, etc.

(Summer 1965)

IBM Data Processing Sales Office

Hartford, Connecticut

Business Computer Systems Sales

Selected by IBM as summer intern for Data Processing  systems engineering.  Teamed with sales representative to service IBM accounts in the Hartford area.  Assisted customers to put new software on their computer systems and made modifications to existing software.  Was given special assignment to fill gap in servicing unit record equipment until returning to school.  Put one customer’s inventory system on their unit record equipment.

PATENTS

1985 Adaptive Learning Controller

1979 Guidance System for Vertically Launched Missile

1974 Solid State Resolver

1973 Vector Summer Circuit using Time Sharing

1973 Self Leveling System using Periodic Perturbations

1972 Rate Stabilization System for Vehicle Mounted Device

PUBLICATIONS (Sampling)

1. Hyperspectral Imaging, AIAA Missile Sciences Conference, 1998

2. Superresolution Processing of Millimeter Wave Imagery, Rockwell Digital Signal Processing Symposium, 1989.

3.Adaptive Learning Controller Applied to Tactical Missile Autopilot, 1989 AIAA Aerospace Symposium

4.Application of an Adaptive Learning Controller to Synthetic Aperture radar, IEEE Conference on Application of Artificial Intelligence, Dec. 1984.

5.Application of Learning Methods to Synthetic Aperture Radar, AIAA Computers in Aerospace Conference, 1983.

SECURITY CLEARANCE –

Secret - Current

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