Product Owner responsible for Model-Based System Engineering (MBSE) tool product portfolio to achieve Modular Open Systems Approach (MOSA) objectives. The software toolset facilitates customer operations and improves engineering efficiency to bring avionics systems from paper to fielding faster; with greater interoperability than ever before.Use system engineering expertise to define and implement MBSE architecture frameworks for avionics components. Develop analysis tooling solutions to derive actionable insights from complex MBSE assets, focusing user efforts towards the most impactful priorities early in the development process.Deliver consulting value to customers by optimizing their product architectures for flexibility and reusability. Create comprehensive demonstrations, training materials, guidance documents, and example scenarios for internal and external stakeholders, significantly improving their grasp and application of MBSE methodologies.Mentor and guide less experienced engineers to develop their expertise in MBSE for specifying, designing, implementing, and verifying embedded avionics and tooling products.

Responsible for optimization technology R&D roadmap planning and project execution. Develop aircraft flight path optimization algorithms, system architecture, and software prototypes to mature the real-time embedded Flight Management System (FMS) with fuel reduction technologies.Collaborate with the broader engineering and product teams in day-to-day activities to steer FMS algorithm design and ensure a common vision of the final product. Provide technical mentoring and guidance to less experienced engineers as they develop skills in aerospace engineering and optimization.

Responsible for managing a $3M annual portfolio of R&D activities across multiple physical sites to enable a cross-disciplinary engineering team to develop, implement, and verify new certifiable Flight Management System (FMS) software technologies that deliver end-user operating cost reduction.

Systems Tech Lead for Continuous Lower Energy, Emissions, and Noise (CLEEN) research and development program. Responsible for leading 15+ engineers to develop and prototype new flight management system technologies to optimize vehicle performance and reduce fuel consumption.Systems Tech Lead for Commercial-off-the-shelf Vehicle Management (COTS VM) research and development program. Responsible for leading a small team of engineers to architect and implement a fault tolerant embedded Flight Management / Flight Guidance System.

Flight Management Systems (FMS) PECoESystems Tech Lead for Precision Strike System responsible for coordination of ten individuals to develop integrated system architecture and prototype FMS and Flight Guidance embedded software and the air vehicle simulation. Also serve as navigation expert for the KC-46A program.

Software engineer responsible for navigation, guidance, and control products for a variety of missile systems. Developed six-degree-of-freedom simulations, flight software, and analysis tools.

Systems engineer responsible for advanced discrimination and IR feature extraction algorithm design, prototyping, and verification. Developed navigation software for transfer alignment, tracking filters, and covariance analysis.

Design and Manufacturing IILinkage DesignDynamic Simulation (ADAMS)Mechanism Component Selection

Missile component design and dynamic vehicle simulation for the next generation THAAD missile system.

Coordinated and performed trade study analyses for missile nose fairing ejection components.