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CAREER OBJECTIVE: To use my extensive experience in the satellite industry to provide Systems Engineering , software development and/or program integration. My skills in Satellite Systems development would be well suited to provide engineering support from SETA support to monitor the development of a satellite system or as an experienced software developer, either in a developer position or management of a team of developers.
29+ years of experience in many aspects of satellite operations from satellite ground and test software development. Extensive experience in the design/development/test and support of satellite ground control and satellite test systems. Supported a wide variety of programs including development and support for many classified and commercial satellites.
Broad experience with software and hardware delivery, test, validation and configuration management processes; Familiarity with database applications; and government engineering development processes
· 6+ years technical support experience
· 8+ years Sun Solaris administrator experience
· 18+ years in software development
· Proficient problem solver
· Excellent communication skills
· Reliable and responsible
· Extremely fast learning skills
WORK RELATED SKILLS:
· 20 years experience in C,C++ and object oriented programming
· 20 years experience in Sun Solaris
· Experienced in Clearcase
· Experienced in Sybase, Rogue Wave Software
· Experienced in Sammi GUI development software
· Experience in SCL (Developed by ICS, currently known as SRA)
· Experience in COTS testing/integration
· Microsoft Office, Windows XP, Windows 7
2/1989 – 1/2010 Scitor Corporation Sunnyvale, CA
A wide variety of tasks and projects detailed below
2002 – 2010 Lockheed Martin IS&GS and Lockheed Martin Space Systems (subcontracted)
Senior Software Architect
Key player in the development/design of the SCS21 System which was tailored for use by Lockheed Martin Space Systems for use as the core of the SBIRS (Space Based Infrared System) Ground System and the STSS (Satellite Test System Software) for the GEO family of satellites (GEO1, GEO2, GEO3). The STSS system was developed/maintained/installed by Lockheed Martin IS&GS for use by Lockheed Martin Space Systems. As the system architect of the STSS system, I assisted Lockheed in creating standards and practices in the early stages of software development. I designed many of the modifications required to convert SCS21 from a Satellite Ground System to a Satellite Test System. Implementation responsibilities included developing the interface between SCS21 core code and a COTS product called ICS (now called SRA) which provided a scripting language (SCL) runtime engine. STSS has been installed in many labs in Sunnyvale, CA, and has over 100+ users of the system. Along with being the Senior Software Architect of the STSS system, I continue to provide software development duties, software error analysis, system administration duties, performance analysis, and end user support. Additionally, I am the team lead of several Scitor personnel who provide Software CM, on-site support of STSS and lab configurations, STSS system test and software development.
08/2004 – 05/2002 Loral Federal Systems (subcontracted)
Senior Software Engineer
IBM Federal Systems was purchased by Loral Federal Systems. Based on the “SSOP” system developed by IBM Federal Systems, Loral Federal Systems developed a commercial product called SCS21. I was responsible for software development/design and maintenance of this new client/server based application supporting a large-scale satellite ground control software system for use at Space Systems Loral. This facility was implemented to be able to support up to 3 simultaneous satellite launches, as well as supporting a Long Term Operations Mission Control Center. This was an object oriented C++ software development on Solaris workstations, using ‘Sammi’ for all display development, and Rogue Wave Tools.h++ and DBTools.h++ for Sybase database interface. Satellites launched by this system include Sirius Radio, DIRECTV, PanAmSat (a South American communication system), APStar, a commercial system used by Japan. Some of the team members for the development/support of this SCS21 system were also Scitor personnel, for which I was the technical lead. I developed the software to interface with the ‘Sammi COTS product’, along with supporting/modifying over 300k lines of code.
11/2003 – 07/2004 IBM Federal Systems (subcontracted)
Senior Software Engineer
As part of a team of developers in Sunnyvale CA, and in Colorado Springs, Co, developed a prototype in C++ for an Air Force system called “SSOP” (Simplified Satellite Operations System). This was a Solaris based system, using Sybase as its database. I was responsible for all of the GUI interfaces, several of the Sybase database schemas and interfaces. I developed the Alarm handling subsystem, the interface to all SSOP displays, and several other areas of the SSOP system.. Responsible for the design, implementation and testing of several new relational database tables and stored procedures.
10/2002 – 10/2003 IBM Federal Systems (subcontracted)
Software Development Engineer
Worked on an IRAD project to create a system called C&CS2000, which was intended to provide a simple IBM AIX based Satellite Command and Control System. My responsibilities included the development of the entire user interface, as well as software development and maintenance of much of the client/server based applications to support a large-scale satellite ground control software system.
02/1991 – -9/1992 IBM Federal Systems (subcontracted)
Software Development Engineer
As part of a small team of developers, developed a system called L1TPS, which was designed for use in processing of DSP (Defense Support Program) Link1 Telemetry data. My responsibilities included the integration of a new COTS product called ‘Sammi” by Kinesix. Using this product, I was responsible for the development of the entire user interface and also the software used for configuring and monitoring the status of the software applications. This system was built on an IBM AIX platform. This system was eventually installed at Shriever AFB in Colorado Springs, Colorado.
07/1989 – 02/1991 IBM Federal Systems (subcontracted)
Software Development Engineer
Joined an IRAD (Internal Research and Development) group to provide prototypes and demonstrate new technologies applicable to various Satellite systems. Worked on the integration of various COTS systems to provide light-weight, simple Satellite Ground Systems technologies. Quickly learned C programming language and Sybase interfaces to develop a system called TWS-3. This TWS-3 system was sold to a classified Mission Control Center to provide a backup telemetry processing system, including support of satellites launched from the Space Shuttle.
02/1989 – 07/89 IBM Federal Systems (subcontracted)
Software Technical Analyst
Provided mission support to a classified Mission Control Center (VOH). Assumed the responsibility of Software Technical Analyst by performing analysis and debugging of the DSM software system. Provided system anomalies analysis and resolutions. Configured Missions Unique Software. Performed real-time troubleshooting. Solved discrepancies postpass and documented workarounds. Created and ran tests for system integrity. Tested new software releases prior to integration into the existing system. Was responsible for the installation and configuration of a new prototype called Telemetry Processing System (TWS-3). I was “borrowed” by the IBM Federal Systems IRAD group for what was to be a 3 month time period, which was extended to 20 years of support of various systems described in this resume.
8/81 – 1/89 Lockheed Missiles and Space Sunnyvale, CA
Satellite Systems Engineer
Worked under the Air Force Det 6 (DVO) organization. Responsibilities included oversight of a new IBM Mainframe system (DSM – Data System Modernization) being developed by IBM Federal Systems to replace antiquated AFSCN processing computers and architecture. Primary focus was in the area of Satellite Telemetry Processing software/hardware. Reviewed requirements for the Satellite Test Center (later known as Onizuka Air Force Station). Attended requirements review meetings, acted as the interface between the users of the Mission Control Centers and IBM Federal Systems. Reviewed software architecture specifications and system test plans and procedures.
As the deliveries of the new DSM systems came on line, I became responsible for the configuration of the database building environment for 3 classified Mission Control Centers, VOD, VOC and VOH. This gave me the opportunity to single handedly learn the internals of the DSM system, teach and assist the end users of the DSM system, and act as the interface between the users and IBM personnel to identify deficiencies and provide tools to expedite the development of complex Satellite database configurations. Received several commendations from the Air Force for undertaking such a difficult task and doing so on time, ensuring that the DSM system become functional as quickly as possible.
Became the supervisor of approximately 15 engineers, which provided assistance to the various Mission Control Centers and supported the SDTL-B, an onsite Software Development and test laboratory used for testing of the DSM software and provide and environment for DSM Database development. This also involved acting as an interface between a group of software developers and a classified Mission Control Center to develop a Mission Unique tool.
BS in EE/CS (Electrical Engineering/Computer Science), University of Santa Clara, California
English and French
Secret, SSBI (expired 2006 due to lack of contract coverage). Polygraph.
|1 month - Discovery||400 euros||convert|
|3 months - Bronze||1050 euros||convert|
|6 months - Silver||1800 euros||convert|
|12 months - Gold||2950 euros||convert|