Project: SLAKESkill Set: Python, C++, GitLab, JAVA, JSP, JavaScript, XML, Oracle, Eclipse, GateIn. JBoss, Wildfly, Liferay

• Supported the Innovative Cyber/Infrastructure Threat Assessment Environment (INCITE). The goal of INCITE is to automate mapping of virtual domain information onto physical location(s) to identify possible vulnerabilities. With INCITE, analysts can easily convert raw infrastructure data into an intermediate, much richer format that can be used by other tools/algorithms to support rapid analysis and decision-making.• Supported the Continuous Anomalous Orbital Situation Determination (CAOS-D) program providing conjunction analysis composed of three major stages – Ephemeris Generation, Analysis, and Post-Processing. Ephemeris generation ingests VCM, TLE, and ephemeris data. The Analysis stage is where conjunction points are identified and consists of three phases – Time-Independent Filtering, Time-Dependent Filtering, and Root Finding. The Post-Processing stage is where any user-desired operations on the found conjunction points are performed.• Supported the Space Situational Awareness Visualization (SAVI) project. The project focused on the human factors of space launch analysis. The resulting software provided tools and visualizations for Joint Space Operations Center (JSpOC) operators and the National Air and Space Intelligence Center (NASIC) analysts to improve launch situational awareness (SA) and decision support.• Supported the ASET Phase II program, performing the C++ software updates to the OPENGAZER open-source application to create a low-cost, scalable gaze tracking system utilizing a common webcam.• Supported the Mobile User Objective System (MUOS) Operational Support and Reporting Tools (MOSART). MOSART provides critical health status reporting capabilities and communications power management alerting for the Navy’s MUOS. Member of the development team supporting the data and user interface effort using Java and Eclipse.

• Worked on the CPP (Commercialization Pilot Project) providing software engineering and subject matter expertise in the identification, collection, and usage of SBIR related information. Developed a Java-based application to create and maintain a searchable knowledge base of SBIR data. Team members utilized this Java tool to identify SBIR solutions to customer "needs" and maintain CPP-related information to transition technology solutions. • Worked at the US Air Force Simulation and Analysis Facility (SIMAF) providing Visual Studio C++ software code and test support for the Link-16, TTNT, and MADL modeling components of the EAAGLES framework. Supported the SAIC team in the successful Persistent Fire and Agile Fire demonstrations.

• Worked on the Enterprise Data Collection project for AIT, providing architecture expertise of future AIDC implementations on GCSS-AF. Researched current AIDC technologies and provided system requirements, which were incorporated into a comprehensive report provided to AIT for evaluating vendor solutions.• Worked on the AMIT project for AFRL/HEAL providing legacy data acquisition and analysis. Legacy data acquisition was accomplished through the Air Force Portal’s access to the Air Force Knowledge Services (AFKS) where maintenance legacy data was pulled for the F-16C Block 40 and 50 mission design series. Designed and developed software to analyze the data for pertinent maintenance metrics.• Accessed AFKS for maintenance legacy data for the C-130, KC-135, F-15, F-16A, and F-16B when investigating aging aircraft issues. The utilization of this information incorporates the establishment of a Knowledge Base to identify points of interest for SME investigation.

• Worked on a variety of projects including LOCIS, AL, MC2K, EMOC, POM, VR, SPOT Software Experience: OLAP (online analytical processing – data mining, trend analysis, cubing), UML (Unified Modeling Language), XML (Extensible Markup Language) , InfoConnect, Rumba, CAMS, SBSS, Oracle 9i, Nuance, and Java