No one cares about your weather app, your to-do list, or your movie database clone. Hiring managers know you likely generated half of it anyway.
If you want to prove you are a competent engineer, build something small and get ten real humans to use it. When you have real users, you are forced to handle real production issues. You have to deal with edge cases, security vulnerabilities, state management, and harsh user feedback.
A messy application with a tiny but active user base proves far more about your engineering maturity than a pristine, empty application sitting untouched on your GitHub. Build for the real world, not for a tutorial checkmark.
Portfolio: ahmershah.dev
GitHub: ahmershahdev
CrisisCore-Systems
Building privacy first health tools that fail safely when users are already under pressure.
Yeah, Recently my senior also advices me exactly the same that now get out of this small projects and built something valuable
Nothing teaches you about security, rate limiting, or state management like a real person trying to break your app. A project with a live user base shows that you've moved past the "learning" stage and into "delivering value."
A project with three active users and five bugs is worth more than a "perfect" tutorial clone. Dealing with real-world edge cases and user feedback is the only way to prove you have the engineering maturity required for a production-grade team.
Hiring managers have seen a thousand clones, and they can smell an AI-generated to-do list from a mile away. Having even five active users forces you to think about things like data persistence, error logging, and deployment cycles in a way a solo project never will. It turns a "coding exercise" into an "engineering project."
Agreed. Real-world usage forces you to solve problems that simply don't exist in a tutorial.
The difference between tutorial code and production reality is huge. Real user feedback is the best teacher.
This is exactly what building PainTracker.ca forced me to understand.
The first version can be clean. The code can be fine. The layout can look decent. And it can still mean almost nothing until real people start touching it.
Once people are actually logging pain, the whole system changes. Suddenly the edge cases are not theoretical. Accessibility gaps matter. Slow screens matter. Confusing flows matter. Export problems matter. A person might be in a flare, exhausted, stressed, or trying to prepare something for a doctor.
That teaches you more than another polished demo ever will.
Real users turn your project from code into responsibility. That is where the engineering actually starts.