* Systems design, architecture, and delivery of the most counterfeit proof physical objects on earth.* Coordination of a lean cross-company global team of staff+ level blockchain product experts to deliver new protocol agnostic product configurations to market on a monthly cadence.

* Nucleated and scaled a product team of 50 globally distributed SME's to deliver the retail customer and developer experience for an $8BN market cap L1 blockchain platform across multiple major releases.* Serial development of numerous "Best in Conference" technology demonstrations across the largest events in the blockchain industry.* Led a team which conducted the largest sovereign user migration in blockchain history* Led a tiger team to resolve multiple 0day exploits with the potential for $BN exposure on a "top 5" blockchain platform.* Architected and led development of one of the longest running blockchain wallet platforms with over 1 million cumulative downloads.* Led the planning initiative and presented as a thought leader at numerous workshops, developer conferences, and hackathons remotely and across 8 countries physically with cumulative participation of over 5,000.

* Architecture of a multi-stage decentralized micro-contract hiring and project management platform leveraging self-sovereign identity and verifiable credentials.* Definition and implementation of a W3C compliant DID specification for self-sovereign identity on multiple "top 50" blockchain platforms.* Advised Members of European Parliament on the impact of blockchain on identity and personally identifiable information as well as its impact on the global workforce to improve forward looking regulatory decision making.* Successfully raised seed funding and delivered a digital resume platform supporting verifiable credentials and analytics to the market as well as a sovereign user authentication utility for enterprise customers.Resource Management 3.0https://assets.moonlight.io/vi/Welcome_To_Moonlight.mp4

* Led a small interdisciplinary team to scope, architect, and deliver a new global reliability test platform supporting all product lines from Concept through EoL.* Led the scoping and delivery of an automated, modular analytics product to support bespoke test analytics across all product core teams.* Championed the migration of mission critical infrastructure between factories during a major capacity transfer.

* Development of a command-level field workload emulator that procedurally generates test workloads for injection into reliability testing and discrete event models of theoretical storage solutions.* Planning and development of the corporate ensemble-based reliability model and field excursion solution that is used for product launch readiness and field experience planning.* Discrete event modeling, simulation, and risk assessment of enterprise and cloud products against their customer specific workloads to drive executive-level decision making on reliability exposure risks.

• Stochastic earned-value management for a next generation cell sorter project resulting in the development of a high confidence launch window.• Scope definition for multiple FDA regulated products.• System level risk assessments for multiple FDA regulated products.• Modeling, optimization, design, and control of a high speed bio-mimetic arm for a next generation cytometer product using computer vision.• Stochastic modeling and Monte-Carlo simulation of the automated alignment of a 5 DoF, 70um undulating stream to a fixed Gaussian beam with a <1um target zone.• Stochastic modeling and Discrete Event Simulation of various product launch plans to provide quantitative support to the marketing group in identifying a financially optimal product launch strategy.• Experimental design and optimization of a pressure noise accumulator design resulting in a 14x cost reduction and improved results.

Participated in numerous roles throughout the company to develop an understanding of how a culturally and geographically diverse company can be successful. This understanding was then synthesized to improve each site.Select projects include: • Design and Development of a novel mating interface between a customer and multiple instruments. • Development and implementation of a high sensitivity pressure analysis module to evaluate feasibility of a new fluidic architecture.• Interfacing and control of a 32 DOF fluidic manifold to evaluate a fluidic architecture for a next gen flow cytometer. • Improvement of project visibility and schedule by implementing a novel quantitative management strategy. • Improvement of process control by implementing SPC (Stochastic Process Control) on multiple manufacturing lines using Six Sigma (DMAIC) methodology.