Factories Are Just Rooms

A reflection on demystifying manufacturing for the next generation.

A few months ago, I had the opportunity to visit my child's school to give a presentation to their year group about the world of manufacturing. To be honest, it was the most fulfilling speaking engagement I've had all year.

The Case Study: The AI Clock

I used the creation of my AI clock as the primary example, sharing a wealth of imagery from my trip to Shenzhen—photos that, until then, had mostly been reserved for my Kickstarter backers. My goal was to pull back the curtain on the creative process.

I focused on several core concepts:

• The origin of ideas and the inherent value of experimentation.
• The joy of discovering new techniques and the magic of combining them.
• The critical roles of prototyping and design.

The "Show and Tell"

To make these abstract concepts tangible, I passed around physical objects. The students got to handle:

• Various iterations of e-paper screens.
• Electronics evolving from basic breadboards to finished PCBs.
• Multiple versions of plastic components.

It is one thing to see a product; it is another to see how a plastic shell comes apart and understand exactly what an injection molding machine is doing to create it.

Speed and Scale: A Comparison

Many of the students were already familiar with 3D printing, so I used a comparison to illustrate the difference between prototyping and mass production.

I showed a timelapse of a 3D print followed by a real-time video of injection molding to drive the point home.

Inside the Factory

I shared photos of the actual factory floors, the hardworking team, and the assembly lines. I even showed them a page from an actual assembly procedure manual and the final packaging.

"Look at this vibration machine in action—that's how we ensure the product is durable. And see this cardboard cradle? A packaging designer created that. You could be a packaging designer too."

(I did have to admit to one student that I didn't pass around the separate button piece—it was just too small, and I didn't want it to vanish!)

The Philosophy of "Awe" vs. Agency

I have a strong distaste for those "satisfying" factory videos designed to inspire awe—the ones where thousands of items blur past on twenty parallel belts at lightning speed.

When I was a kid, that was the only version of manufacturing we saw on TV. However, there is a hidden danger in that approach:

When you present manufacturing as something "awesome" or "miraculous," you are implicitly telling the viewer: "Step back and admire this from a distance."

I don't want that for these kids. I want them to see themselves as future:

1. Designers
2. Engineers
3. Inventors
4. Factory Owners

I want them to be makers—active participants in the construction of our world.

The Workflow of Making

Normalizing the "Scrappy"

My message was simple: Yes, this is complex, but that's okay. We are capable of handling complexity.

The objects surrounding us are divine artifacts just things made by people. The chairs in the classroom, the TV on the wall, the plant pots—all of these were figured out and built by human beings.

Since the class was already studying invention (and were impressively familiar with the term "prototyping"), I wanted to show them that "scrappy dead ends" are actually a cool and necessary part of the process. I wanted to normalize the act of getting your hands dirty with the physical world while their brains are still forming their definitions of what is "normal."

This ties directly into the concept of collective efficacy.

A Call to Action

At the end of the day, I'm just some kid's dad. My hope is that by seeing me do this, the students think: "If this guy can do it, I can too."

If you have the skills or the experience to visit a local school and talk about how things are made, please do it. You will be met with incredible curiosity and engagement.

Hopefully, one day, one of those children will look at a problem in the world, think "someone should fix that," and realize:

Someone = ME