Engineering leader with a unique blend of technical depth and supply chain domain expertise, combining over 15 years of experience in software engineering, AI automation, and logistics technology with a Master’s in Supply Chain Management from the University of Arkansas. Specializes in designing and scaling agentic AI systems, self-healing automation platforms, and data-driven orchestration frameworks that transform enterprise operations from reactive to proactive. Adept at leading federated AI engineering pods to build intelligent, context-aware systems that enhance reliability, accuracy, and compliance across global logistics and healthcare ecosystems. Believes that true AI transformation requires both functional understanding and engineering precision—enabling faster innovation, sustainable adoption, and measurable business outcomes.
Product & Platform Lead – UPS Supply Chain Solutions (SCS)
Lead three Federated AI Pods (Healthcare, Service Parts Logistics, and Customs Brokerage) comprising AI Architects, Engineers, Data Scientists, and Product Managers, to build production-grade agentic AI systems transforming UPS’s logistics operations.
Key Achievements:
Directed global delivery of data, analytics, and modernization programs across retail, consumer goods, and logistics clients. Pioneered AI readiness, data engineering, and cloud transformation at enterprise scale.
Key Engagements:
Over nearly two decades, I’ve built a career at the intersection of engineering, data, and business transformation, evolving from hands-on software development to leading large-scale AI engineering programs. My early work in retail, CPG, and logistics technology laid the foundation for understanding how complex systems support global operations. Through leadership roles across Walgreens, Mattel, Walmart, and UPS, I’ve consistently transformed legacy ecosystems into modern, intelligent platforms that improve forecasting, automation, and decision-making. This journey has shaped my current focus: designing and scaling Agentic AI and self-healing automation systems that bridge engineering precision and functional intelligence, enabling enterprises to move from reactive to autonomous operations.