I am a software engineer with linux system administration experience. During my time with IR&D I have gained skills surrounding full stack development. I was responsible for our cluster administration duties as well as installation and configuration of most of the open source products we use for our projects. I also have experience with UI development using NodeJS, Angular and JavaScript and was part of the team that designed and built KeyW’s first open source product, Hog. I have experience with agile software development, and integrated software development tools, such as Jira and Gitlab, into our teams daily practices.

• Created tool to judge responses returned from an RFP. I formed a rating system that compared the responses from the companies to Prometric’s scope of work. The system allowed management to make an educated decision and hired the company that best fit their needs. • Tasked to use big data sets to improve Prometric’s Business Intelligence analytics using resources within SharePoint (PerformancePoint), and Excel Analysis Services to design and create dashboard’s to be used as an interactive tool by management. • Assigned to design and develop a report and presentation for technology managers and data analysts to educate on improved capabilities of data analysis with new Business Intelligence tools. These tools allow Prometric to advance their business analytics for superior results.

• Developed, built and tested advanced Aerodynamic Flow Control Actuators, fluidic and electro-mechanical devices for controlling flow separation over an airplane wing or similar surface. Prototypes have been successfully built, tested in-house and sent to Boeing and NASA for further testing.• Developed CAD modeling designs used to create demo equipment to illustrate functionality of flow control actuators. Demo unit was used to present advanced concepts at NASA contractor meetings and results were utilized in presentations at NASA and AIAA (American Institue of Aeronautics and Astronautics) conferences.• Developed CAD modeling designs used to create microfluidic devices for a project on nano-bio devices for the University of Maryland Medical School.• Procured parts and products based on internet search to meet the technical requirements of the projects• Designed and produced videos of prototype testing used for demonstration for customer presentations, research, and record keeping.