Payload Systems Lead responsible for design, development, and integration of multiple advanced systems and management of a team of electronic and payload engineers. • Conducted program baselining to include IMS generation, cost loading, and supplier proposal evaluations.• Created and currently manage Confluence workspaces and JIRA Kanban boards for collaboration and project management. • Additional responsibilities include project engineering management for schedule and performance tracking using EVMS.

Oversaw platform based comm systems managing cost, schedule, and technical performance. • Facilitated issue resolution and on-time delivery of 17 unique comm system LRUs across 7 suppliers to support manufacturing cost centers.• Successfully managed on-platform comm system ATPs and troubleshooting to ensure manufacturing schedule was met, yielding multi-million-dollar award fee.• Responsible for staffing plans, weekly QBDs, and monthly EAC and VARs.

Task lead for TRR effort to develop new payload systems.• Coordination across IPTs, suppliers, and the USG program office to mature capability design for platform integration.• Extensive work in USG requirement decomposition to system and segment program requirements in support of SRR.• Following successful TRR, submitted proposal for five capabilities within the greater USG RFP.• Generated TAs, BOEs, GR&As, GFX list, and Technical Volume for the proposal.

Led Comms and Payloads IPT on QRC effort to meet an immediate need by the USG.• Managed IPT proposal capturing the QRC SOW.• Responsible for engineering team of 12, design decisions, USG status reporting, TIMs, EVMS, as well as overall execution. • Went from initial design, to integration, and end-to-end demonstration in rapid time setting new record for the USG and corporate NG. • Successfully captured multimillion-dollar incentive fee.

Responsible for the overall management and execution of integration, test, analysis, and coordination activities of payload system. • SOW included engineering team lead, SMT duties with GSC oversight, EVMS, and creation of program management and USG presentations. • Frequent training and mentoring of team members and liaison duties for coordination and information dissemination to the USG, program management, and suppliers. • Responsible for achieving successful test operations in an environment not conducive to system test, resulting in a USG and corporate NG first.• Participated in over 200 hours of dynamic control room operations.

Technical expert for payload system. • Frequent travel across multiple sites including a remote testing installation to lead the first ever integration and test event of the payload system on the platform. • Integration efforts encompassed troubleshooting hardware and software in SIL and on platform, DR management, data analysis, and test event implementation. • Along with the I&T effort, responsible for verification of system requirements.

Managed payload system integration, support, and troubleshooting. • Led NCTA effort, representing global NG interests to develop a common payload system to mitigate customized development and spending for individual platforms with comparable requirements. • Responsible for the common payload system SOW and P-Spec, supplier management, and the architecture design to support a successful year-end demonstration.• Payload representative for the Hypersonic Store Separation Exploratory Development project assessing the technological readiness of store separation at hypersonic velocities.

Launched service and corresponding platform to circumvent real estate agent/MLS process to acquire and sell undeveloped land at below market rates.• Responsible for technology-related oversight and strategy for the company.• Managed technical vision and execution across multiple tiers of the business from property acquisition, marketing, and sales.• Led development team in creating custom software solutions ranging from Microsoft Teams/SharePoint integration to WordPress/WooCommerce website development and implementation and CRM integration.

Responsible for the development, integration, and test of the STUAS recovery system for the RQ-21/A.• Conducted load analyses based on strain data from prototype system testing, updated corresponding loads report and drafted an acceptance test procedure for the recovery units. • Performed verification analyses on components of the capture system with FoS calculations and designed a conceptual reinforcement bracket. • Worked with suppliers to produce products specific to the SOW. • Supported drawing changes and engineering change reviews.

Effect of Upper Surface Flaps on Wind Turbine BladesAerodynamic investigation into the application of upper surface flaps on wind turbine blades. • Designed CATIA model of blade section that was modeled using rapid prototyping. • Developed a pitch rig to rotate the blade through 360 degrees and developed corresponding LabVIEW code to control the MicroLYNX and stepper motor. • Blade section was used to test various flap configurations and flap positions in an open circuit wind tunnel; recorded force measurements for the different configurations.

Design of Lightweight UASPart of a 16-member team that designed, built, and flew a lightweight ISR UAS. • Performed loads computation based on analytical methods to predict the maximum structural load of the wing sections. • Verified aerodynamic performance calculations and structurally sized the horizontal and vertical tail.• Manufactured and tested a 1:4 scale wind tunnel model of the aircraft. • Upon successful systems integration, aircraft performed first flight.