The Engineer Mindset: More Than a Job Title

Our community gate keeps failing.

Sometimes the barrier arm closes too early. Sometimes it stays open. Sometimes the gate and the arm get out of sync.

Then it gets fixed.

And a few weeks later, it happens again.

The community calls the service company. A technician comes out, opens the control cabinet, adjusts a few timer relays, tests the system, and eventually gets everything working again.

Until the next time.

One day, I stopped and talked with the technician while he was working on it.

He opened the control cabinet.

Inside was a wall of relays, timers, sensors, wiring, and control logic. He was adjusting one of the timers with a screwdriver.

I didn’t tell him that control systems had been part of my engineering background.

I just listened.

But as I looked at the system, I started seeing something different.

I wasn’t just seeing a timer that needed adjustment.

I was seeing a system.

A vehicle approaches.

A sensor detects it.

The gate begins to move.

The barrier arm moves.

Timers start and stop.

Vehicle speed and length matter. Sensor delays matter. Mechanical wear matters.

And all of these things interact.

Change one parameter, and you can change the behavior of the entire system.

That was the moment I started thinking about the gate differently.

It wasn’t just a broken gate.

It was an engineering problem.

“But It Used to Work”

I later suggested to our HOA president that instead of repeatedly calling someone to adjust the controls, we should have an engineer evaluate the system and consider whether the control architecture itself needed to be redesigned or modernized.

The response was simple:

“But it used to work.”

Exactly.

It did.

But systems don’t operate in a vacuum.

The original design was based on a set of assumptions about how the mechanical components, sensors, timing, and environment would behave.

Over time, those conditions change.

Components wear. Sensors change. Mechanical friction changes.

The system may still be fundamentally the same system, but the conditions under which it was designed are no longer exactly the same.

And that matters.

A system that worked under one set of conditions may not behave the same way when those conditions change.

The answer isn’t always to keep adjusting the settings.

Sometimes you need to understand the system again.

What Made Me Think About Engineering

That experience brought me back to something I learned early in my engineering career.

I spent time working with some very experienced technicians. They knew how systems behaved in the real world. They knew how to wire things, troubleshoot equipment, and recognize problems that weren’t obvious from a schematic.

I learned a lot from them.

In fact, while I was still in school, I took evening trade courses because I wanted more hands-on experience.

That practical knowledge mattered.

But engineering education gave me something different.

It taught me to step back from the individual component and think about the relationships between them.

To build a model of the system.

To question the assumptions behind that model.

And to reason about what happens when those assumptions change.

Experience teaches you what happens. Engineering gives you tools to reason about why it happens—and what might happen when the conditions change.

That distinction has stayed with me.

Engineering Isn’t Just Fixing Things

When something breaks, the natural instinct is to make it work again.

That’s troubleshooting.

And troubleshooting is valuable.

But engineering asks a deeper question.

Not just:

“What can I change to make this work?”

But:

“Why did it stop working?”

And then:

“What happens when the conditions change?”

You can adjust a timer.

You can replace a relay.

You can change a threshold.

Sometimes that’s exactly the right thing to do.

But if you don’t understand why the system is behaving differently, you may simply be moving the problem somewhere else.

You are fixing the symptom without understanding the system that produced it.

That’s the difference I’m trying to describe.

Not a difference in intelligence.

Not a difference in value.

And not simply a difference in education.

It’s a difference in how you approach a problem.

What Does “Engineer” Mean?

That’s what keeps bringing me back to the word engineer.

Today, the word appears in almost every corner of technology.

And that’s fine.

But I sometimes wonder whether we’ve diluted what the word is supposed to represent.

Because engineering is more than a job title.

It is a discipline.

A way of thinking.

The ability to look at a complex system and see more than its individual parts.

To understand how those parts interact.

To question assumptions.

To reason about failure.

To think beyond the condition that exists today.

And to ask what will happen when reality inevitably changes.

A degree doesn’t automatically give someone that mindset.

And a person without a traditional engineering degree can develop remarkable engineering ability through years of experience.

But formal engineering education exists for a reason.

It gives you a framework for thinking about systems you may not have encountered before.

It teaches you to move beyond:

“I’ve seen this before.”

Toward:

“I can reason about this even though I haven’t.”

That’s a powerful distinction.

More Than a Job Title

I still don’t know exactly what’s wrong with our community gate.

I never took ownership of the system. I didn’t have the original drawings, the control specifications, or the complete operating requirements.

So I wouldn’t pretend that looking inside the control cabinet gave me the answer.

It didn’t.

But it did remind me of something.

Why I became an engineer.

Not because I wanted the title.

Not because I wanted to know how to adjust a timer.

But because I wanted to understand why systems behave the way they do.

When something doesn’t behave as expected, I want to understand what changed.

Which assumption no longer holds.

How the pieces interact.

And what needs to change so the system works—not just today, but as conditions continue to change.

That’s what the word engineer means to me.

Not simply someone who fixes things.

Someone who understands systems.

Someone who can look at complexity, build a model, challenge assumptions, and reason about what happens next.

That’s the engineer mindset.

And I believe it’s worth preserving.

Sami Joueidi holds a Master’s degree in Electrical Engineering and brings over 15 years of experience leading AI-driven transformations across startups and enterprises. A seasoned technology leader, Sami has led customer adoption programs, cross-functional engineering teams, and go-to-market strategies that deliver real business impact.

He’s passionate about turning complex ideas into practical solutions, and about helping teams bridge the gap between innovation and execution. Whether architecting scalable systems or demystifying AI concepts, Sami brings a blend of strategic thinking and hands-on problem-solving to every challenge. © Sami Joueidi and www.cafesami.com, 2025. Feel free to share excerpts with proper credit and a link back to the original post.