Marty SampsonThe Life of a Polymath
A life shaped by curiosity

Marty
Sampson

Physics, technology, leadership, and the habit of learning how things work.

This is the personal side of Marty’s work: the interests that keep him curious and the professional lessons earned while helping teams build and operate systems at scale.

Portrait of Marty Sampson
01Stay curious

Keep asking better questions, especially when the answer looks obvious.

02Build for people

Technology succeeds when the surrounding system helps people use it well.

03Respect evidence

Separate what is known, what is remembered, and what still needs testing.

The wider picture

More than a résumé.

Marty’s path crosses physics, infrastructure, operations, technology leadership, and company building. The common thread is practical curiosity: understand the system, make it useful, and learn from what happens next.

Explore the interests →

Lessons from scale

Read all four →
Professional lesson

Build the function, not only the tools

When Marty joined Jimmy John’s as IT director, he recalls an organization with effectively no established IT function. The work was larger than installing technology: it meant helping create a durable capability, with people, priorities, support, and accountability.

Professional lesson

Scale turns exceptions into systems

A point-of-sale program reaching roughly 1,000 restaurants required repeatability. At that scale, deployment, support, reporting, and operational feedback cannot depend on individual heroics. The lesson is to design the operating system around the technology.

Professional lesson

Reporting should help people decide

Enterprise reporting matters when it shortens the distance between an operational question and a responsible decision. The useful work is not simply collecting more data; it is creating shared definitions and making the result understandable to the people who act on it.

Physics notebook

What a simple model leaves out.

Three pendulum lengths, one useful equation, and the assumptions that give the answer its meaning.

Read the worked example →

Measurement notebook

When does a measurement disagree with a model?

An invented pendulum record separates residuals, precision, accuracy, and uncertainty without pretending a lab took place.

Read the synthetic example →