VINCENT A. AUTIERI II

AI/LLM DEVELOPMENT & INNOVATION

• LLM Team Orchestration Framework | Personal Research Project
• Architecting multi-agent LLM system enabling collaborative AI workflows with specialized agent roles and inter-agent communication protocols
• Developing MCP (Model Context Protocol) server enabling Claude and other LLMs to interact with diverse systems for operational planning and spatial querying
• Implementing advanced prompt engineering strategies for multi-step reasoning and complex task decomposition across agent teams
• Building production-ready integration with provider-agnostic architecture supporting OpenAI, Anthropic, Ollama, and custom LLM deployments

EyEamAware Workflow Automation Framework | Personal Development Project

• Architected enterprise-grade automation platform in modern C++20, leveraging coroutines for asynchronous execution
• Integrated LLM-agnostic architecture supporting OpenAI, Anthropic, Ollama, and bring-your-own-LLM deployments
• Developed domain-agnostic framework enabling runtime adaptation through JSON-driven configuration
• Implemented microservices architecture with REST APIs and real-time communication systems

• Platform Development & Architecture: Led development and architected mission-critical 3D geospatial platform delivering real-time operational intelligence and decision support capabilities for defense and intelligence operations
• Specialized Defense Contracts: Secured and executed specialized development contracts, including sole-source Department of Defense awards for aviation mission planning systems deployed across SOMPE, 160th SOAR, US Army, and AFSOC units
• Hands-On Systems Development: Actively developed and led automated operations systems featuring real-time data processing capabilities and multi-platform deployment architecture
• Security & Compliance Development: Developed and managed secure IT infrastructure encompassing network domains, workstations, and NIST cybersecurity frameworks ensuring compliance for Controlled Unclassified Information (CUI) handling
• Contract & Technical Delivery: Directed government contract acquisition and led technical delivery, including classified environment support for multi-theater operational deployments
• DevOps Development & Implementation: Developed and implemented comprehensive DevOps and DevSecOps frameworks to streamline automated delivery pipelines while enhancing operational security protocols
• Strategic Partnerships & Technical Integration: Established strategic technology partnerships with NVIDIA and AMD, leading technical integration efforts to optimize system performance and support capabilities
• Global Development Operations: Led international technology deployments and development initiatives, expanding operational reach and capabilities across defense and intelligence sectors
• Engineering Leadership & Development: Led, mentored, and actively developed alongside US-based engineering teams, overseeing talent acquisition, performance management, and hands-on technical skill development

• Real-Time 3D Visual Systems Development: Developed mission-critical real-time 3D visual systems for U.S. Navy Level D flight simulators, implementing advanced protocols including CIGI (Common Image Generator Interface) for seamless system integration and interoperability
• On-Site Integration & Testing: Conducted critical on-site integration and operational testing at multiple Naval Air Stations, ensuring strict adherence to military-grade performance standards and interoperability requirements
• Process Optimization Leadership: Led process optimization initiatives that significantly reduced development cycles and increased operational efficiency across simulation system development workflows
• Operational Support & Enhancement: Provided responsive operational support by addressing real-time feedback, resolving system anomalies, and implementing mission-critical enhancements to maintain peak system performance
• Technical Mentorship: Mentored engineering team members, fostering technical skill development and maintaining operational excellence standards across simulation development projects

• Cross-functional automation projects utilizing Six Sigma methodologies, partnering with research organizations to drive operational innovation and process improvement initiatives
• Prototype Development & Validation: Developed automated control system prototypes to validate emerging process optimization concepts and real-time monitoring technologies for operational deployment
• System Architecture: Served as system architect for top-performing automated product line, driving technical direction, operational design, and strategic development roadmap
• Real-Time Control Systems Design: Designed and implemented multithreaded, soft real-time control systems to enhance operational efficiency, system reliability, and performance optimization

• Designed and developed real-time control software for high-precision automated equipment, optimizing operational parameters for accurate positioning and control systems
• Implemented full software lifecycle practices including design, testing, validation, and long-term operational maintenance
• Configured and deployed data acquisition systems to support detailed performance analysis and operational optimization
• Enhanced automated control systems for test environments, enabling simulation of production conditions for validation and precision tuning

Led cross-functional automation initiatives with engineering, manufacturing, and quality teams to drive operational innovation and system efficiency
Implemented precision process control systems, delivering key electrical and software upgrades to improve operational accuracy and performance
Developed real-time monitoring and inspection systems for quality assurance in high-speed operational environments
Built multithreaded data correlation systems for distributed monitoring and operational synchronization

• Led global deployment of complex automated systems, ensuring seamless integration across diverse operational environments
• Managed on-site integration, calibration, and anomaly resolution for high-precision automated machinery and control systems
• Delivered hands-on technical training and operational support to international teams, ensuring successful system adoption and operation
• Demonstrated operational adaptability while managing cross-cultural deployments in high-pressure, mission-critical settings