One-Sentence Summary

Night-shift quality control work at Norfolk Naval Shipyard on USS Lapon (SSN-661), a Sturgeon-class nuclear attack submarine, supporting overhaul-era inspection of cabling and electronic workmanship critical to sonar performance, signal integrity, and electromagnetic isolation.

The Context

This work involved night-shift quality control at Norfolk Naval Shipyard during overhaul work on USS Lapon, a Sturgeon-class nuclear attack submarine.

The Challenge

Inspect cabling and electronic workmanship thoroughly enough to protect sonar performance, signal integrity, and electromagnetic isolation in a highly sensitive operating environment.

Why It Was Hard

The work sat at the intersection of physical execution quality and mission-critical technical performance. Small workmanship issues in cabling or electronics could have outsized consequences for signal quality and system behavior.

The Constraints

The work was performed during overhaul conditions on a submarine, at night, in an environment where quality standards and downstream consequences were both unforgiving.

The Approach

Perform detailed quality-control inspection work focused on electronic workmanship, cable routing, and the conditions that affect signal integrity and electromagnetic isolation.

My Role

I worked night-shift quality control, supporting inspection of the physical work that underpinned reliable sonar-related electronic performance.

The Outcome

The project strengthened my appreciation for how much system performance depends on disciplined physical workmanship, not just abstract design.

Evidence / Signals of Success

• The assignment focused on quality control for cabling and electronics tied to sonar performance, signal integrity, and electromagnetic isolation.
• The work was important enough to be staffed as dedicated night-shift inspection during overhaul conditions.

Resume Bullet Seeds

• Performed night-shift quality-control inspection on overhaul work aboard USS Lapon, focusing on cabling and electronic workmanship critical to signal integrity and sonar performance.
• Supported high-stakes naval maintenance work by validating physical execution details that affected electromagnetic isolation and downstream system behavior.

Interview Story Angles

• Learning early that physical implementation details can determine system performance.
• Operating in a high-consequence environment where quality cannot be casual.
• Connecting hands-on inspection work to larger system behavior.
• Working effectively in night-shift overhaul conditions.

Lessons Learned

• Containing Electricity Is Hard, Maintaining Signal Is Harder