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Platform Technical Program Manager for Intel Foundry Service 18A Process as part of IDM 2.0 strategyAligned platform deliverables and status across functional domains in support of customer requirements.Platform Design Architect for Moonshot Program aligning & documenting partner collaboration deliverables. Proposed and deployed system decomposition framework to align internal and external company development to agreed interfaces, shared targets, and aligned deliverables.Architected and implemented product development platform using Jira and Confluence to integrate requirements, design solutions, and product management in a secure permission-based environment.Generated initial minimum viable product specifications, identified performance gaps, and initiated cross-system development work packages to resolve.Integrated architectural development, work package delivery, system risk assessment, and integration plan into common program management view with resource loading to inform long-term development roadmap

Directs development of Droplet Generation and Droplet Positioning products capable of generating ≥50kHz liquid tin droplet targets that fuel 13.5 nm wavelength Laser Produced Plasma (LPP) EUVL light.Secures project staffing across multiple engineering departments and operational sectors to execute against deliverables agreed with System Engineering and Program Management.Designed and deployed Scaled Agile release train encompassing full product lifecycle for multiple product generations composed of hardware, software, manufacturing, integration, service, and research teams.Responsible for short, medium, and long-term product and staffing roadmaps. Ensures technology is aligned with other product functions and overall business portfolio agreed to with customers.

Function Architect for Droplet Generation and Mechatronics Group Manager Specified requirements and lead design effort for multiple generations of Droplet Generation architectures leveraging 1st principle design methods based on root cause analysis to improve product availability through increased reliability, manufacturing automation, and reduced service time.Defined opto-mechanical qualification process and managed mechatronics team that generated sensor and actuator design requirements necessary to self-align and deliver high energy main pulse and pre-pulse CO2 laser beams with nanosecond temporal properties at frequencies exceeding 50kHz.

Group manager within optics department for EUV CO2 beam delivery and metrology project leadProject leader for first installation and qualification of the beam transport system, metrology optics platform, and final focus unit on a NXE 3300 EUV source system.Developed metrology capability to measure pulse-to-pulse position and focus of pre-pulse CO2 beam relative to tin droplets enabling optimal closed loop control of EUV plasma generation.Installed and qualified module to expand 15kW CO2 laser and position pre-pulse beam relative to the main-pulse beam enabling droplet expansion technology critical to MOPA+PP EUV operation.

Leader of engineering teams providing solutions to a wide range of complex customer challenges.Managed a team that determined the ideal mounting architecture, optical material, and thickness of a dichroic for the next generation Ground Layer Adaptive Optics (GLAO) system for the Gemini Observatory.Characterized jitter performance versus frequency for a multi-optic laser system. Performed thermo-elastic analysis of optics to characterize wavefront error, optical path difference, and stress birefringence.Led teams that performed Ground Vibration Testing (GVT) of high-profile UAV systems, satellites, spaceships, and launch vehicles to help characterize aeroelastic performance and/or refine dynamic coupled loads analysis models.Diagnostic testing of the Pan-STARRS telescope, Magdelena Ridge Observatory, high-energy laser systems, and reconnaissance camera systems to identify sources of jitter during operation.Designed and successfully conducted force-limiting proto-flight qualification vibration tests for the Lunar Reconnaissance Orbiter and Mars Science Laboratory.

Conducted test-driven analysis efforts to characterize performance of mechanical systems. Led multiple amusement park attraction test programs around the world to correlate strain and acceleration measurements with boundary conditions to verify operational life and update design loads for new ride development.Developed Quartus Engineering Incorporated structural test capabilities. Procured DAQ equipment, developed LabView programs, and matured expertise to a level necessary to perform high-profile tests.

Mechanical and aerospace engineering consultant specializing in the design, analysis, and testing of mechanical structures. Worked with customers to facilitate solutions to a wide variety of engineering problems. Performed and documented engineering output using CAE tools that include NASTRAN, Solidworks, CATIA, NX, Labview, Pro-E, and many programming languages.