Chief Engineer for Cannon Based Air DefenseNG Tech Fellow for System Integration

Deputy Technical Director for the Air Defense PortfolioProject Engineer for C-UAS Programs- Integration of Artificial Intelligence and Autonomy- On-the-Move C-UAS Technologies- Next Generation Concept DevelopmentCo-Chair for the Technical Director (TD) Development Lunch and Learn (L&L) Curriculum

Deputy Technical Director for the Air Defense PortfolioProject Engineer for C-UAS ProgramsTest and Evaluation (T&E) IPT Lead for Area Denial IRAD Coordinator for Armament SystemsCo-Chair for the Technical Director (TD) Development Lunch and Learn (L&L) Curriculum Co-Chair for the Community Investment Committee (CIC)

Test and Demonstration Coordination and ExecutionThreat Analysis and System ModelingSystem Architect

Roles:- Lead Controls Engineer --- Defined, traced, and verified technical hardware and software requirements --- Developed control algorithms, implemented into next generation production system --- Created and validated gimbal and mechanism control models --- Led customer demonstrations and reviews --- Led failure investigations on production floor- Integration and Test Engineer --- Led component level integration and verification of new development hardware --- Led full system design verification and environmental qualification testing --- Supported range and flight testing- Design and Requirements Engineer --- Developed technical requirements --- Led several design assurance reviews with internal leadership- Internal Research and Development (IRAD) Technical Expert --- Conducted technical analysis and provided feedback to design team --- Managed suppliers --- Led test efforts for Unmanned Aerial Vehicles (UAV)Programs:- Electro-Optical Targeting System- Research and Development (R&D) Advanced Programs- Missile TechnologiesMembership:- Engineering Leadership Development Program (ELDP) --- Rotation assignments throughout the business unit for breadth of knowledge --- Technical depth through continued education and guest speakers --- Community service through volunteering events- Innovation and Culture Optimization Boards --- Leading various teams to enhance the employee experience on site

- Analyzed foreign military and competitors for market analysis- Aided the development of business plan for new line of business- Provided engineering support for proposal activities- Contributed to development of WBS, IMP, SOW, and BOEs

- Supported the Configuration Management team by streamlining the production process and updating/managing documents using product life-cycle management (PLM) tools- Conducted global positioning system (GPS) and inertial measurement unit (IMU) tests on weapon system using MATLAB to reduce and plot data- Assisted proposal activities by updating drawing trees, indentured parts lists, and exploded views of each product. Provided a cost estimate of all acceptance inspection equipment and met with the supplier- Contributed to tolerance study of medium caliber gun system

- Conducted two separate research studies--- Developed and compared various models for low-cost servo-actuators to determine which would yield the appropriate fidelity level required for flight control operations--- Optimized the pitot-static system aboard UAVs by comparing wind tunnel data to transducer data from the UAV - Contributed to maintaining and building new platforms as well as conducting flights tests

- Oriented over 700 students and international guests to campus life- Facilitated social activities and create a community for more than 50 residents- Mediated conflicts among residents and enforce residence hall, and university, policies

- Built and programmed quadcopters using C/C++ and arduino technology to transmit location and attitude to surrounding quadcopters to generate a “follow me” setting- Contributed to a pseudo GPS spoofing project which will be implemented in NASA’s Centennial Challenge by verifying that participants are using real time sensor data