Hello, I'm D*****

Motivated software engineer seeking senior or lead software development position, to develop leading-edge projects and revolutionary ideas, to work with like-minded people in an intelligent and motivating environment. Multi-disciplined, and thirsts to learn.


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Skill Index

I am skilled in...

Skill Density

Industry Density

Top 5 Industry Experience, Expressed in Percentages

Computer Software

100%

Career History

Current

Senior Software Engineer @ (HIDDEN)

March 01, 2014 - Current

2011

Software Engineer III @ (HIDDEN)

June 01, 2011 - March 01, 2014

Responsibilities:

  • Developed software components for the Space-Based Infrared System (SBIRS), which consists of infrared-receiving satellites and data processing ground stations to provide surveillance and missile warning around the world. Applications are mostly developed in C++ and C, running on SGI and IBM AIX operating systems. * Worked in larger (10-30) development teams, and interfaced with separate systems engineering and I&T organizations as part of a multi-billion dollar project. * Developed the OPSCAP (Operational Capability) GUI (written in C++), which by using X-Window/ Motif and OpenGL, displays graphically the level of satellite coverage around the world. * Charged with improving the memory efficiency and speed of NME, an IPC that routes messages inter-process and between computer nodes by utilizing shared memory and socket APIs.

2004

Software Engineer III @ (HIDDEN)

June 01, 2004 - June 01, 2011

Role Description

Served as a lead software engineer of several design and development efforts for FBCB2 / JCR, a large project consisting of ~300 people; the project was a large multi-component Command and Control (C2) system comprising of satellite, Ethernet, and terrestrial radio networks. Applications were mostly developed in C++ and C, using a PostgreSQL database, on Linux. Some applications were developed for the Android phone using the SDK. Other languages used include Java and PHP. Acting as lead, designed and implemented message routing components based on geography and geometry, to more efficiently utilize bandwidth in constrained environments (LBAND satellite and EPLRS radio networks). Designed and implemented solutions for the Android platform, using SDK and NDK / JNI API’s. Conducted an extensive 1/2yr performance evaluation of the Node Data Broker (NDB), the in-house IPC mechanism used ubiquitously, including creating test drivers and generating metrics. Raised project-wide awareness of potential NDB-related pitfalls, leading to extensive redesign to meet customer performance requirements. Lead optimization efforts to insure software products met performance requirements; advised the ~20 person team in interpreting results, and implemented specific solutions, ultimately surpassing performance requirements. Represented the TSG product team in several off-site field exercises at the Fort Hood army base, consisting of supporting other DoD multi-system integration events as well as FBCB2 / JCR performance, acceptance, and risk reduction tests.

Responsibilities:

  • Served as a lead software engineer of several design and development efforts for FBCB2 / JCR, a large project consisting of ~300 people; the project was a large multi-component Command and Control (C2) system comprising of satellite, Ethernet, and terrestrial radio networks. Applications were mostly developed in C++ and C, using a PostgreSQL database, on Linux. Some applications were developed for the Android phone using the SDK. Other languages used include Java and PHP.


    Acting as lead, designed and implemented message routing components based on geography and geometry, to more efficiently utilize bandwidth in constrained environments (LBAND satellite and EPLRS radio networks).


    Designed and implemented solutions for the Android platform, using SDK and NDK / JNI API’s.


    Conducted an extensive 1/2yr performance evaluation of the Node Data Broker (NDB), the in-house IPC mechanism used ubiquitously, including creating test drivers and generating metrics. Raised project-wide awareness of potential NDB-related pitfalls, leading to extensive redesign to meet customer performance requirements.


    Lead optimization efforts to insure software products met performance requirements; advised the ~20 person team in interpreting results, and implemented specific solutions, ultimately surpassing performance requirements.


    Represented the TSG product team in several off-site field exercises at the Fort Hood army base, consisting of supporting other DoD multi-system integration events as well as FBCB2 / JCR performance, acceptance, and risk reduction tests.

Education History

Awards & Certificates

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