About

Systems architecture for work that has to keep operating.

I build and lead practical systems across software, infrastructure, communications, data, automation, and operations. The common thread is reliability: understanding the real process, reducing friction, and making complex work easier to operate with confidence.

Profile

I am a hands-on executive technical leader and systems architect with more than 30 years of experience building operational software, communications platforms, data systems, infrastructure, and field-facing tools.

My work has moved across layers because real operational problems rarely stay inside one layer. I have worked on mission-critical weather alerting, emergency communications, DTV/datacast delivery, predictive analytics, mobile and embedded systems, networking, enterprise software, automation, and applied AI.

I am most useful where the problem involves both architecture and operations: how information moves, how systems fail, how people recover, how decisions are made, and how software can make that work more visible, repeatable, and resilient.

Roles

  • CIO
  • Systems Architect
  • Senior Software Engineer
  • Engineering and operations leader
  • Resilient systems practitioner

What I build

Operational software, automation, analytics, communications systems, mobile applications, embedded and edge workflows, and infrastructure that supports real work.

Where the background comes from

Decades of work across public-service alerting, weather systems, datacasting, healthcare/document imaging, enterprise operations, field devices, networks, and data platforms.

How I approach systems

Start with the operating reality, design for failure and recovery, keep high-impact actions visible, and prefer durable improvements over fragile shortcuts.

Current focus

I am especially interested in systems that combine resilient communications, operational intelligence, governed automation, and AI-assisted workflows without hiding accountability. AI can help gather context, surface evidence, draft plans, and stage actions. High-impact changes still need validation, human approval, audit, and deterministic fallback.

Resilient communicationsEmergency alertingOperational intelligencePredictive analyticsEdge and embedded systemsGoverned AI