Build Your Own Solutions

Building projects that you want to use yourself is one of the best ways to turn everyday motivation into momentum. You are not just completing another tutorial or adding another small application to a portfolio. You are making something that can improve a hobby, remove a frustration, or make an idea that has been circling your head feel real.

That difference matters. When the project belongs to your actual life, the next feature is not an arbitrary exercise. You already have a reason to care about the result.

The easiest way to lose momentum is to build something that you do not really want. A tutorial can teach you a framework, but it cannot provide the personal energy needed to keep going when the setup is tedious, the styling is awkward, or the bug makes no sense.

A real project gives you a much stronger feedback loop:

1. You notice something you want or dislike.
2. You imagine a better experience.
3. You build the smallest version that could help.
4. You use it and discover what matters.
5. You improve it because the improvement has a purpose.

That loop is useful whether you are building with code, AI, or both. The important part is that the direction comes from your life. The tools simply make it cheaper to explore an idea.

One example from my own projects is wowcomps, a raid composition tool for the Classic World of Warcraft expansions. The basic idea is straightforward: choose an expansion and raid size, place character specialisations into a visual raid grid, rename slots if needed, and inspect the buffs and debuffs covered by the composition.

I could have built another generic drag-and-drop demo to learn the same UI techniques. That would have been technically useful, but it would not have been nearly as compelling. Building around a game I enjoy changed the questions I was asking.

What should a useful raid-planning screen show at a glance? How should a group feel when it is full? What happens when the raid size changes? How do you represent overlapping buffs without turning the sidebar into an unreadable wall of information? Which details are useful to a player making a plan, and which are just interesting data?

Those questions turned familiar hobby knowledge into product decisions. A raid slot was not just a rectangle in a grid; it represented a player, a class, a specialisation, and a role in a group. A buff icon was not just decoration; it explained whether the composition actually worked.

That is the motivational advantage of building around a game. You are excited to see the next version because it brings your hobby into sharper focus. You can test the application with real scenarios instead of invented placeholder data. Even the difficult parts become easier to return to because you want the answer.

The project also taught me that enthusiasm does not remove technical difficulty. Data modelling, drag-and-drop interactions, responsive layout, and derived coverage information still require careful thinking. The difference is that the problem is attached to something I already care about.

The other kind of real-life project starts with dissatisfaction rather than excitement. I have used tools like Notion and Jira, and both can be useful, but I often found myself working around the product instead of simply using it. They are broad platforms with many concepts, settings, views, and workflows. That flexibility can become its own source of friction.

Orbit is my attempt to build a more minimalised alternative: a focused Notion/Jira replacement shaped around the parts I actually want. The point is not that Notion or Jira are bad products. They solve problems for many different kinds of teams and users. The point is that a tool built for everyone will make trade-offs that do not always fit one person’s workflow.

Building Orbit lets me make those trade-offs deliberately. I can ask:

• What information do I actually need to see?
• Which actions should be immediate?
• What can be removed instead of configured?
• Which workflow helps me return to the project tomorrow?
• Is this feature reducing friction, or just making the application look more complete?

The answers are more valuable because I am also the user. I do not need to guess whether a feature sounds useful in a product meeting. I can use it, notice where it slows me down, and change it. A small improvement to the interface can have an immediate effect on whether I want to open the app again.

That is a powerful way to build. You are not chasing an abstract idea of what users might want. You are creating a tool that responds to a real problem in your own routine.

AI makes this style of building more accessible, but it does not replace the reason for building. I use it as a collaborator and an accelerator: to explore approaches, turn a rough idea into a first implementation, explain an unfamiliar error, suggest edge cases, and help me compare possible designs.

It is especially useful when the gap between an idea and a working experiment feels too large. A conversation with an AI can help break a feature into smaller decisions. A generated starting point can get me to the stage where I can use the thing and form a real opinion about it.

But AI cannot decide whether a raid planner feels satisfying to use, or whether Orbit contains one setting too many. It can produce a plausible implementation, but the motivation, taste, and judgment still need to come from me. The best results come when I bring a real problem and keep ownership of the decisions.

Real-life projects do not need to begin as ambitious platforms. In fact, starting too large is one of the fastest ways to lose the momentum that made the idea exciting.

Start with the smallest useful loop. For wowcomps, that might be placing a few specialisations into a raid and seeing the resulting coverage. For Orbit, it might be creating a task, moving it through a simple workflow, and finding it again later. The first version should answer one question: does this make the original problem better?

Once the answer is yes, use the project in your normal life. Pay attention to the moments where you hesitate, repeat an action, or wish something worked differently. Those observations are better requirements than a long list of features written before anyone has used the application.

You can also stop. Not every project needs accounts, billing, collaboration, a mobile app, or a public launch. A project that makes your own hobby more enjoyable or your own workflow less frustrating has already succeeded at something important.

The most valuable result of a personal project is not always the finished application. It is the loop it creates between curiosity and action. You learn because you want the feature. You solve a problem because you want to use the result. You keep returning because each improvement makes the project more yours.

Build around the games, hobbies, annoyances, and ideas that already occupy your attention. Use code to make them tangible. Use AI to shorten the distance between a thought and an experiment. Then let real use tell you what to do next.

That is how you become your own hype man: not by waiting for motivation to appear, but by building something that gives you a reason to come back.