Experimental Physicist and System Architect with over 20 years of international experience in the design, high-availability operation, and strategic governance of large-scale scientific facilities. My professional identity is defined by a career-long pursuit of "Signal Sincerity"—ensuring an absolute correspondence between digital telemetry and the physical reality of the field.

I possess a proven track record of bridging administrative oversight with technical execution. Having successfully led multi-disciplinary teams through complex project phases—including the management of large-scale Work Breakdown Structures (WBS) and multi-million-dollar budgets—I have consistently maintained a deep, hands-on involvement in the technical baseline.

Currently, I am focused on architecting an AI-native operational ecosystem designed to eliminate institutional technical debt. My work involves defining the strategic roadmap for next-generation accelerator controls, integrating high-fidelity Digital Twins with advanced Early Detection frameworks. By utilizing experimental physics analysis tools such as ROOT alongside modern protocols like the Model Context Protocol (MCP), I am pioneering high-velocity, AI-assisted development workflows that ensure long-term facility sustainability.

I am dedicated to building resilient, data-driven infrastructures where every component—from physical rack configurations and network topologies to real-time software signals—is synchronized within a unified, transparent architecture. My goal is to lead large-scale facilities into an agile future, where technical integrity and technological innovation drive scientific excellence.

• Strategic Governance: Project Planning (WBS), Resource Optimization, Staff Development.
• System Architecture: Distributed Control Systems (EPICS), High-Fidelity Digital Twins.
• Technical Integrity: Signal Sincerity, Quality Assurance (NCR), Asset Management (AMS).
• Future Innovation: AI-Assisted Engineering, Early Detection Frameworks, ROOT-based Data Analysis.
• Infrastructure Lifecycle: Hardware-Software Synchronization, Network Topology Optimization.