From Passenger to Participant: Teaching Students to Build the Internet They Use

Think about how you spent the last hour on the internet. You probably opened an app someone else built. Scrolled through a feed someone else designed. Watched a video on a platform someone else coded. Clicked a button someone else placed exactly where they wanted your attention to go. You consumed. You reacted. You participated in a system you had no hand in creating.

Now think about the last time you built something on the internet. For most people, the answer is never. And that asymmetry, between using technology and understanding how it is made, is one of the defining divides of our time.

Northland Hackathon exists to close that divide. Not by teaching students to become professional software engineers in a day, but by shifting their relationship with technology from passive consumption to active creation. We call this the shift from passenger to participant, and it is the philosophical foundation of everything we do.

The Passenger Problem

The average American teenager spends over seven hours per day on screens, according to data from Common Sense Media. That number has grown steadily for a decade. The vast majority of that time is spent in consumption mode: watching videos, scrolling social media feeds, playing games that other people designed, and using tools that other people built.

This is not inherently bad. The internet is an extraordinary resource for entertainment, education, and connection. But when an entire generation grows up exclusively as consumers of technology, without ever understanding how that technology is made, something important is lost.

What is lost is agency. The feeling that the digital world is something you can shape, not just something that happens to you. The understanding that the apps you use were created by people, not conjured into existence by abstract corporations. The knowledge that if you wanted to, you could build something too.

Most students today interact with technology the way a passenger interacts with a car. They sit in the back seat. They go where it takes them. They may enjoy the ride, or they may not. But they have no control over the direction, the speed, or the destination. They are along for someone else's journey.

What Changes When Students Build

Something fundamental shifts when a student builds their first website, app, or piece of software. It is not just a new skill. It is a new way of seeing the world. The internet stops being a mysterious, impenetrable system and starts being a collection of things that people made, things that the student now knows they could make too.

This shift does not require years of study. At Northland Hackathon, it happens in a single day. A student walks in never having written a line of code. Seven hours later, they are presenting a live, deployed project to judges. The technical skills they gained are real but basic. The mindset shift, however, is profound and permanent.

The View from the Driver's Seat

When students build something on the internet for the first time, they start seeing the entire digital world differently. They notice the design choices in the apps they use. They wonder about the code behind the websites they visit. They start to see technology as a medium for expression, not just a channel for consumption.

This is analogous to what happens when someone learns to play a musical instrument. Before, music was something that came out of speakers. After, it is something they participate in. They hear songs differently. They notice the structure, the choices, the craft. The experience of listening is permanently enriched by the experience of creating. The same is true for technology.

Why This Matters Beyond Careers

The standard argument for teaching students about technology is economic: tech jobs pay well, the industry is growing, and students need these skills to compete. That argument is valid, and the economic case for CS education in Minnesota is overwhelming. But the passenger-to-participant philosophy goes deeper than career preparation.

Digital Literacy Is the New Literacy

We do not teach students to read and write because we expect all of them to become professional authors. We teach them because literacy is foundational to participation in society. You cannot function in the modern world without the ability to read a contract, write an email, or understand a news article.

Technology literacy is reaching the same threshold. Algorithms determine what news you see. Software mediates your interactions with your bank, your doctor, your government, and your friends. Data about your behavior is collected, analyzed, and monetized by systems most people do not understand. A person who does not understand the basics of how these systems work is at a fundamental disadvantage, not just economically, but civically and personally.

This is not about teaching every student to be a programmer. It is about ensuring that every student has enough understanding to be an informed, empowered participant in a digital society. The distinction between someone who understands that an algorithm is shaping their feed and someone who does not is the distinction between a driver and a passenger.

Northland's Approach: Build First, Understand Later

Many approaches to digital literacy start with theory. What is the internet? How does a computer work? What is an algorithm? These are good questions, and students should eventually understand them. But Northland takes a different path. We start with building.

Our philosophy is that understanding follows action. A student who has built a website understands more about how the internet works than a student who has read a chapter about it. A student who has written a function that sorts data understands more about algorithms than a student who has memorized the definition. The experience of building creates a scaffold on which theoretical understanding can later be constructed.

This is not a new idea in education. It traces back to John Dewey's philosophy of experiential learning, to Seymour Papert's constructionism, and to a century of evidence showing that humans learn most effectively when they are actively constructing knowledge rather than passively receiving it. What is new is applying this philosophy specifically to internet literacy, at scale, for free, and for students who have been excluded from traditional CS education pathways.

The Unique Challenge of Rural Students

The passenger-to-participant shift is especially important for students in rural and Greater Minnesota. In the Twin Cities metro, students are surrounded by technology companies, university programs, coding bootcamps, and peers who code. The ambient exposure to technology as a creative and professional pursuit is significant. Even without formal CS education, urban students absorb the idea that building technology is something people like them can do.

Rural students do not have this ambient exposure. In a town of 3,000 people, there may be no one who works in technology. The local high school may not offer a single CS course. The idea of building a website or an app may seem as distant and unrealistic as becoming an astronaut. Minnesota's position as the worst state for CS education makes this problem worse than it needs to be.

Northland Hackathon is remote by design precisely because of this. A student in a small town in northern Minnesota can participate with the same access to mentors, tools, and community as a student in Minneapolis. The hackathon does not just teach technical skills. It shatters the assumption that technology is something made by other people in other places. It brings the driver's seat to wherever the student is sitting.

What Happens After the Shift

The passenger-to-participant shift is not the end of a journey. It is the beginning. Once a student has experienced the feeling of building something on the internet, several things tend to follow.

Some students pursue formal CS education. They take AP Computer Science, enroll in college CS programs, or attend coding bootcamps. The hackathon gave them the confidence and motivation to take the next step on a path they did not know existed.

Some students build side projects. They create websites for their clubs, churches, or small businesses. They build tools to solve problems they encounter in their daily lives. They contribute to open-source projects. They do not become professional developers, but they are permanently more capable and more creative.

Some students enter non-tech careers but carry their technical understanding with them. They become nurses who understand their hospital's software systems. They become farmers who can evaluate and implement agricultural technology. They become teachers who can introduce their own students to code. The ripple effects extend far beyond the individual.

And all of them, regardless of career path, navigate the digital world with more agency, more understanding, and more power than they would have without the experience of building.

Join the Movement

The passenger-to-participant philosophy is not just a tagline. It is a commitment to a specific vision of what technology education should accomplish. Not test scores. Not certifications. Not job placement rates, although those matter too. The core goal is simpler and more ambitious: every student should graduate knowing that the digital world is something they can participate in shaping.

That goal requires more than one hackathon. It requires a community of volunteers, mentors, sponsors, and supporters who believe that the current system is failing students and that the solution is to give students the tools and the opportunity to build. Northland Hackathon is one piece of that solution, free, accessible, and designed specifically for the students the system has left behind.

If you believe that students should be builders, not just consumers, there is a seat at this table for you.