TECHNICAL SKILLS:

Software: Matlab, MySQL, ClearCase, DOORS/DXL, HLA, Eclipse IDE, Visual Studio .NET IDE Software developing, debugging, testing, network programming Quality Assurance using ClearCase and many other tools

Operating Systems: Windows (various), Linux, Unix, VAX/VMS

Languages: C++, Java, Ruby, C, Python, XSLT, HTML, PHP, JavaScript, Fortran

Clearances: TS/SCI with SSBI active with CI Poly

Various: Statement of in Coursera Machine Learning Class

PROFESSIONAL EXPERIENCE:

Confidential

Responsibilities:

• Statement of in Coursera Machine Learning Class
• Programmed in C++
• Helped organize architecture

Confidential, Columbia, Md

Responsibilities:

• Received in Hadoop and Python graphics
• Trained for projects in Hadoop, Cuda, and Accumulo
• Assisted in writing projects in Accumulo and Hadoop
• Wrote Java code
• Helped adjust the JIRA settings

Confidential, Tampa FL

Responsibilities:

• Wrote software to display geographical data using C++, GIS code, MFC and ATL
• Used Agile/Scrum for designing and keeping track of progress rates.

Confidential, Ft. Meade, MD

Responsibilities:

• Designed an embedded system DSP algorithm in C
• Coded Python parsers for mixed text and binary files
• Rapidly became proficient in a new classified language with minimal guidance
• Solved a long - standing classified project hold-up only a short time after joining the team
• Used Agile/Scrum for designing and keeping track of progress rates.

Confidential, Rockville MD

Senior Software Engineer

Responsibilities:

• Transformed RSS and blog feeds into a schema called Pubs using XSLT, Ruby, and regular expressions
• Used Agile/Scrum for designing and keeping track of progress rates.

Confidential, San Jose, CA

Software Engineer

Responsibilities:

• Sole enhancement developer for the Maintain Accurate Geo-registration via Image-nav Compensation (MAGIC) program web interface
• Maintained MAGIC web interface using HTML, JavaScript, PHP, and MySQL
• Debugged web application using PLONE/ZOPE, and Python
• Wrote time and memory efficient algorithms for bit array manipulation class methods to perform DSP algorithms in Java and C++ to run via the JNI

Confidential, Sunnyvale, CA

Systems Engineer (Staff)

Responsibilities:

• Enhanced and maintained the Weapon-to-Target (WTA) algorithm code
• Found and fixed several preexisting algorithm implementation bugs, wrote new corrective algorithms
• Created improved, well-received customer briefing presentations
• Performed Quality Assurance on the WTA algorithm code.

Confidential, Santa Clara, CA

Member of Technical Staff

Responsibilities:

• Armed Robotic Vehicle (ARV) simulation team leader for the Future Combat System (FCS) program
• Tracked earned value, coordinated team’s design documentation and communication with prime contracting team
• High Level Architecture code developer
• Assisted Manned Carrier Vehicle team with using quaternions for orientation
• Used Agile/Scrum for designing and keeping track of progress rates

Confidential, Torrance, CA

Senior scientist

Responsibilities:

• Wrote, partitioned, and analyzed large simulation package written in C++
• Lead team developing navigation data processing code
• Developed image processing in Fortran
• Used Agile/Scrum for designing and keeping track of progress rates.

Confidential, Las Vegas, NV

Senior scientist

Responsibilities:

• Analyzed DSP algorithms for radar test-bed using FFT, moving averages, finite impulse response, filters, and others.
• Developed DSP software in Java and Matlab
• Used Agile/Scrum for designing and keeping track of progress rates.

Confidential, San Diego, CA

Senior software engineer

Responsibilities:

• Designed and developed algorithm finding the best-fitting rectangle around image targets in NIMA library
• Implemented processing with C++ and CORBA with object-oriented methodologies
• Improved verfication of FPE processing suite by creating an FPE throughput model

Confidential, Washington, DC

Analyst

Responsibilities:

• Served as the entire Quality Assurance team for the Short-Term Notes project allowing traders to enter transactions directly into the computer
• Implemented and consulted with users about Short-Term Notes code behavior
• Improved the logic, case coverage, and maintainability of receipt code for ORION securities accounting system
• Interfaced with financial database maintained in Sybase with embedded SQL

Confidential, Fairfax, VA

Senior Systems Engineer

Responsibilities:

• Developed Visual Basic for Applications code to verify spreadsheet I/O for the ORION securities system at Confidential
• Worked with IRS to create automated regression suite for information management system CASE
• Maintained and enhanced the STRAT DEFENDER 2000 Air Defense Model for the Defense Systems Support Organization. The model had 32,000 lines of SIMSCRIPT code
• Designed and coded in corporation of tactical ballistic missiles into STRAT DEFENDER model, allowing the missiles to be launched from and to impact at any prescribed latitude, longitude, and altitude
• Co-designed set of enhancements to STRAT DEFENDER model to allow raids to have radar-jamming capabilities, to allow radar sensors to model radar jamming, and to put radar detection on a probabilistic basis
• Discovered, researched, and corrected numerous discrepancies in the software as it was presented
• Developed a statistical model of the usage of managed airspace in this USA to aid in the sizing of a Sybase database hosted on a wide-area network of Sun SPARC stations

Confidential, Hampton, VA

Associate

Responsibilities:

• Maintained and enhanced a simulation model in FORTRAN and C for the movement and probabilistic location of target submarines and surface ships to optimize the probability of detection of an anti-warfare sensor for the target
• Developed, analyzed, and implemented algorithms for having various types of simulated ship movement avoid land
• Quality Assurance tested new code that I and others coded

Confidential, Sunnyvale, CA

Software engineer

Responsibilities:

• Quality Assurance tested and analyzed the performance of the real-time assembly language flight software for the Hubble Space Telescope
• Helped the programmers find and develop several mathematical algorithms
• Studied a and physics in order to make sure that the telescope worked properly and as a result found 3 critical errors as well as many others.