Education:
Bachelor of Science in Physics GPA: 3.65
University of Texas at Dallas
Cum Laude Honors
Bachelor of Science in Mathematics GPA: 3.65
University of Texas at Dallas
Cum Laude Honors
Experience and Work History:
Raytheon May 2011 - Present
IV&V Systems Engineer
MFRFS Program November 2012-Present
Conducted system assembly and IV&V testing for KRFS Land-based sense-and-warn radar system. Assisted in the design and implementation of testing procedures, and ran testing for production line. Produced analysis software and documentation. Conducted Acceptance Tests with large amounts of customer interaction. Supported development efforts for future KRFS program efforts, with infrequent travel. Acted as interim Lead IV&V engineer, managing Integration Team and IV&V production line.
ClearView Program August 2011 – November 2012
Prepared and executed ClearView demonstrations for high level customers and Raytheon leadership team members in Washington DC. Integrated sensors into Border control Command and Control System for DHS Integrated Fixed Tower Program, including Ground-based Radars, EO and IR cameras, Ground Sensors, and Situational Awareness systems, with frequent travel. Conducted on-site IV&V testing, designed analysis algorithms, and made strong contributions to IFT Proposal by validating system requirements and determining system-level performance. Responsible for test documentation and training materials.
Nett Warrior Program May 2011-August 2011
Assisted in the design of soldier-born Situational Awareness system utilizing cellular phone networks.
Pacific Northwest National Laboratory June 2010- August 2010
National Security Internship Program
Researched multi-modal X-ray imaging techniques for use in security applications. Adapted recently developed medical X-ray imaging techniques, using cost-effective X-ray sources to obtain absorption, phase, and dark-field images. Designed and implemented an automation program for laboratory equipment as well as several simulation programs. Developed several simulation programs to model our X-ray imaging system. Research culminated in a final report and presentation of results at the end of my tenure.
Research in Motion- Irving, Texas May 2009- August 2009
Applied Math Communication Systems Engineer
Researched modern compressive sensing techniques for data and image processing as well as information theory. Developed new techniques for evaluating signals based on medical imaging algorithms. Assisted in the design of new paradigms of cell phone networks. Contributed to patents, journal articles and conference papers on behalf of RIM. Completed work on a new form of data transmission incorporating data compression and published an internal RIM paper.
CubeSat Project- University of Texas at Dallas August, 2008- April, 2009
Stude...
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