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Designs and implements embedded satellite command-and-control, mission planning, and data analysis software. Performs full software lifecycle tasks—requirements, architecture, design, coding, testing, integration, documentation, and support—while working on-site and collaborating across business and technical teams.

Verify FPGA designs using SystemVerilog/UVM; develop unit and system-level testbenches, UVM components, regressions, and reusable verification environments. Generate and execute FPGA verification plans and matrices, write coverage (coverpoints/crosses), and improve coverage. Collaborate with system architects, FPGA designers, and embedded software engineers on R&D and production programs in a defense context.

Design, implement, test, and integrate embedded satellite command/control, mission planning, and data analysis software. Perform full software lifecycle activities (requirements, architecture, coding, testing, integration, documentation) and maintain cross-team relationships while supporting program portfolios and on-site operations.

Lead design, development, integration, alignment, and testing of advanced optical systems for space, airborne, defense, and commercial customers. Work hands-on with optical hardware, procure and validate components, perform optical performance analysis and tolerancing, support subsystem integration and test, participate in design reviews, and contribute to proposals and technical papers.

Lead development of embedded satellite command-and-control, mission planning, and data analysis software. Perform full software lifecycle (requirements, architecture, design, coding, testing, integration, documentation, support), maintain CI/CD and containerized/cloud services, produce UML designs, and collaborate across engineering and business units to deliver high-quality, testable systems.

Lead launch segment concept development, define and flow down requirements, manage interfaces with launch providers and internal teams, support launch campaign execution, produce technical documentation and proposals, and coordinate safety, materials, and training for launch operations.

The MBSE Core Capabilities Engineer supports Model-Based Systems Engineering by advancing tools and infrastructure, collaborating with teams, and improving adoption of MBSE methods.

The MBSE Core Capabilities Engineer leads Tools and Infrastructure for Model-Based Systems Engineering, providing expertise in tools and collaboration across sectors, while supporting MBSE adoption and organizational change management.

Lead development and integration of launch segment concepts and requirements, coordinate with launch providers and internal teams, manage interface definition, safety, materials, and launch campaign execution, and provide technical writing and proposal support for launch systems.

The MBSE Core Capabilities Engineer focuses on advancing tools and infrastructure for Model-Based Systems Engineering, requiring expertise in Cameo/MagicDraw and SysML.