Systems integration
Bring hardware, networks, software, interfaces, and operating constraints together as one maintainable system.
Systems integration · technical operations
I turn ambiguous field problems into systems that can be explained, tested, and supported.
I learn how the work actually happens, map its constraints and failure paths, define what the system must do, connect the right technical layers, and accept results only when the evidence matches the operating reality.
- 20+ yearstechnical operations experience
- Kent, WAtargeting Stanwood / North Sound
- Current workAmazon Low Earth Orbit (LEO)
SYSTEM VIEW / 01
Requirements move through integration, validation, and field feedback.
Where I add value
One person who can follow the whole problem.
The roles that fit me best cross technical boundaries and need someone who can understand the operating reality as well as the technology.
Root-cause problem-solving
Follow the evidence across disciplines until the real failure is understood—not merely the first visible symptom.
Requirements, validation & handoff
Turn an observed need into clear behavior, failure cases, acceptance criteria, documentation, and a supportable result.
Selected work
Systems I have built, deployed, and supported.
Each project says whether the work reached field deployment, client use, continued maintenance, or a functional prototype.
Built, deployed & maintained
Connected product · hardware/software
Three-unit cellular virtual-tour kiosk
Supplier-manufactured enclosures and sourced components assembled, wired, integrated, programmed, deployed, and supported as a repeatable field system.
Read the case studyBuilt & deployed at multiple sites
Distributed software · field infrastructure
Offline-capable POS platform
A connected corporate office, call center, and several stores with local continuity, custom peripheral drivers, shared fax services, and routed site connectivity.
Read the case studyDeployed & client-used
Documents · records · client delivery
Client document and reporting platform
A three-location Windows workflow connecting scanned PDFs, FileMaker records, automated Word reports, and a client-facing retrieval portal.
Read the case studyDistinct evidence space
AI Systems Lab
Forward-Deployed AI Solutions, agent infrastructure, self-hosted model operations, human-in-the-loop product evaluation, privacy-first applications, and NVIDIA DGX Spark-supported research are presented separately from the professional systems portfolio.
The shared capability is the same: turn an ambiguous operating problem into explicit contracts, bounded implementation, and evidence that can accept—or reject—the result.
Explore the AI Systems LabHow I work
Understand the work before designing the solution.
People often describe the symptom they can see. I look at the surrounding workflow, equipment, software, dependencies, and constraints until the underlying problem is clear enough to solve and test.
See the experience behind the approach- 01
Listen and observe
Learn what the person is trying to accomplish, how the work happens, and where it becomes unreliable or unnecessarily difficult.
- 02
Frame the problem
Map the dependencies, failure conditions, boundaries, tradeoffs, and evidence that will define a successful result.
- 03
Build or integrate
Use the smallest appropriate combination of hardware, software, data, and process change needed to solve the real problem.
- 04
Prove and hand off
Exercise normal and failure paths, document what matters, and refine the system from direct operating feedback.
Employment & selected contract work
Have a role—or a difficult systems problem—that crosses disciplines?
I am open to conversations about systems integration, engineering technology, technical operations, and forward-deployed AI solutions.
Discuss an opportunity