Experience

The through-line is not an industry or a title. It is the system.

Engineering is the foundation—not the boundary. Across aerospace, defense, product development, industrial energy, entrepreneurship, and executive work, the job has remained the same: understand the whole and make it work.

01Selected system work

Industrial power manufacturer · anonymized

Mobile-power execution system

Situation: Rapidly scaling EMD 645/710 mobile and stationary power programs required engineering, fabrication, purchasing, assembly, controls, test, commissioning, schedule, quality, and cash to move as one system.
System problem: There was no shared North American execution structure connecting technical decisions, material readiness, shop flow, test readiness, field execution, and executive visibility.
Intervention: Built the North America PMO and engineering-execution structure, aligning the program from design and procurement through fabrication, test, commissioning, and field data capture.
Outcome: Established an integrated execution path and leadership visibility across schedule, quality, delivery readiness, and cash instead of separate functional views of the program.

Industrial fabrication operation · anonymized

Fabrication flow and rework control

Situation: Skid production was constrained by unstaged work, inconsistent material readiness, rework, and limited visibility into where flow was breaking down.
System problem: The shop was being managed as disconnected jobs rather than a repeatable production system with designed cells, kitting, visual control, and defect containment.
Intervention: Reframed fabrication as a standalone profit center and introduced cell-based flow, takt thinking, staged kitting, visual controls, and defect containment.
Outcome: Improved shop-floor flow, schedule adherence, delivery visibility, and skid output while reducing avoidable rework.

Electrical modernization business · anonymized

Quote-to-project handoff

Situation: Brownfield modernization opportunities moved from proposal into delivery with technical assumptions, scope decisions, commercial commitments, and execution risks spread across different people and artifacts.
System problem: The proposal-to-project boundary had not been designed as an operating interface, creating preventable loss of context at the exact point execution ownership changed.
Intervention: Built a proposal-phase SIPOC and quote-to-project architecture defining inputs, decisions, owners, handoffs, and the information required before work entered execution.
Outcome: Created a repeatable handoff structure that made scope, assumptions, ownership, and delivery risks visible before project execution began.

02Career architecture

NASA · U.S. Navy · Defense

Mission systems

Electrical and RF systems engineering in environments where integration, verification, configuration, and operational discipline are not optional.

Garmin · Navico · Telematics

Connected products

Systems and product leadership across marine electronics, connected platforms, IoT, customer use cases, and cross-functional development.

R&D · Growth · Executive leadership

Enterprise building

Built and led engineering, product, commercialization, proposals, partnerships, and operating structures inside growing businesses.

Energy · Manufacturing · Complex programs

Industrial execution

Program and operating leadership connecting engineering, production, procurement, suppliers, commissioning, customers, and field execution.

CXOJoe · Diagnostics · Transformation

Systems architecture

A cross-domain method for finding structural constraints and redesigning the operating system behind performance.

03The operating principle

“Engineering taught me to respect interfaces. Business taught me that most organizations never designed theirs.”

Josef Reed · Founder, CXOJoe