If your child plays Roblox, this one is for you.
When Liam enrolled in the Nobel Courses Roblox Game Design programme, he was probably just excited to spend more time in a world he already loved. What happened next is exactly what we hoped for — he built his own game from scratch, and he can tell you himself what that felt like.
Meet Liam — A Nobel Courses Student Who Built His Own Game
Liam recently completed Levels 1, 2 and 3 of our Roblox Game Design course. At the end of it, he didn’t just have a certificate. He had a working game.
In his own words:
“This course has helped me create a pretty decent game — like a click and race simulator where you click for speed and then race for coins. During this course I’ve learned coding a lot better, which is helping me to create more and better games. Thank you Nobel Courses.”
That says more than any brochure could. Liam didn’t memorise definitions or fill in worksheets. He learned to code by making something he actually wanted to play — and now he’s already thinking about what he’ll build next.
Why Roblox Is the Perfect Entry Point for Kids Learning to Code
If your child plays Roblox, you already know how much they love it. Millions of kids log in every day to explore worlds, play games, and hang out with friends. What most parents don’t realise is that every single one of those games was built by someone — using real code, real logic, and real problem-solving.
Roblox Studio, the platform’s built-in development environment, runs on a programming language called Lua. It’s beginner-friendly, but it’s also the real thing. The same concepts your child learns here — variables, functions, loops, conditionals — are the foundations of professional software development.
This is what makes Roblox such a smart starting point. Your child isn’t being asked to care about something abstract. They’re building inside a world they already love, which means the motivation to keep going is built in from day one.
What Kids Actually Learn in the Nobel Courses Roblox Programme
The Nobel Courses Roblox Game Design programme takes students through three progressive levels, each building on the last.
The early levels focus on essential computer skills, coding fundamentals, and how to design and develop interactive games. As students progress, they take their coding further — exploring AI concepts alongside more advanced programming, and working on bigger, more ambitious game projects from start to finish.
That’s right — AI isn’t just something kids hear about on the news. In the later levels of this course, they start to understand how it actually works and how to apply it. For a generation that will grow up alongside this technology, getting an early practical grounding in it is a real advantage.
By the time a student completes all three levels — as Liam did — they have covered:
- Game creation and mechanics — designing the rules and interactions that make a game fun to play
- 3D world building — constructing environments inside Roblox Studio using parts, terrain, and lighting
- Coding with scripts — writing real Lua code to make objects respond, track scores, control player behaviour, and more
- Developing original ideas — taking a concept from idea to playable game, which is exactly what Liam did with his click and race simulator
Here’s a glimpse of what Roblox Studio looks like — the actual environment where students build their games:
And here’s a real example of the kind of code students write during the course:
That snippet makes a race track change colour when a player touches it — a small thing, but one that involves understanding events, functions, and object properties. That’s proper coding.
The Skills That Go Beyond the Game
Liam mentioned that coding is now helping him create “more and better games.” That’s the compound effect of real learning in action.
Along the way, students naturally develop:
- Logical thinking — breaking a big goal (build a racing game) into smaller steps (track speed, detect collisions, reward coins)
- Persistence — when the code doesn’t work, you debug it.
- Creative confidence — as kids see their ideas come to life on screen, they start thinking like makers rather than just players
- Problem-solving — every bug is a puzzle, and solving puzzles is something kids are genuinely good at.
These come naturally when the project is something a child actually cares about. That’s the whole point.
“Will My Child Actually Be Able to Keep Up?”
This is the question almost every parent asks before enrolling, and it’s a fair one.
The course is designed from the ground up for beginners. No prior coding experience is needed — not even basic computer skills. The progression through the levels is deliberate: students build confidence early, then take on more challenge as they’re ready. Our tutors are there to support every step of the way, and no one gets left behind because a concept moved too fast.
If Liam could go from zero to building a working game with its own mechanics, your child can too.
“What If My Child Gets Distracted? It’s Online, After All.”
Another common concern — and an honest one. Online learning can go two ways: engaging or forgettable.
The Nobel Courses programme is built to stay on the right side of that line. Every lesson is hands-on. Students aren’t watching videos or listening to lectures — they’re actively building and testing their own game throughout the session.
Is This Course Right for Your Child?
If your child plays games, they are likely a great fit. The course is beginner-friendly, the tutors are supportive, and we offer a money-back guarantee if the course isn’t the right fit for your child.
There are only a few spots left for this summer.
Interested in enrolling your child? Apply here.
Want to hear Liam describe his experience in his own words? Watch the video here.