Start with your child, not the programme
When parents visit our Programmes page, they often start by comparing features: weekly hours, number of levels, what tools are used. That's understandable — it's how we evaluate most services.
But the better starting point is your child.
What do they gravitate toward naturally? Do they take things apart to see how they work? Do they spend hours drawing, building, or inventing stories? Are they the type who wants to understand why something works, or the type who wants to make something beautiful?
There's no wrong answer. KURAI has three programmes, each designed for a different age group and style of learning. All three are project-based: children build real things in every class. In AI Explorers, each finished project is presented at a showcase; in robotics, you see what your child built at pickup.
The three programmes at a glance
Ages 4 to 9 — Junior Robotics. Physical robot building and visual programming. Children construct real robots with building kits and electronic components, then program basic behaviours using coding cards or drag-and-drop tools. No typing required. Each project cycle focuses on building, coding, and testing a robot to complete a specific challenge. The programme has three levels, each more complex than the last.
Ages 8 to 14 — AI Explorers. KURAI's AI programme. Children learn to use AI safely and correctly, as a tool to make real projects: stories and worlds, logic puzzles, fixes for real problems, and short expert talks. In Level 1 a project runs for about four weeks and ends with a showcase. Levels 2 and 3 bring bigger projects and more independence.
Ages 10 to 14 — Senior Robotics. Advanced robot building with sophisticated kits, multi-sensor integration, and deeper programming concepts. Students tackle real engineering challenges — line-following, obstacle avoidance, multi-robot collaboration. Projects demand patience, planning, and iterative problem-solving. Five levels provide structured progression; Levels 4 and 5 are ahead, as students progress.
You'll notice the age ranges overlap — and that's intentional. Age is a starting point, not a rule. The right programme depends on maturity, interest, and learning style as much as age.
Want a closer look at what students create in each programme? See what children actually build at KURAI.
By interest: what lights them up
If your child is old enough for more than one programme, their natural interests are the best guide.
They love building and physical things. If your child is the one who builds elaborate structures out of anything available — blocks, cardboard, furniture cushions — Robotics is the natural fit. Junior for younger children, Senior for older ones. They'll spend most of their time constructing, wiring, and testing physical robots, which satisfies that need to make things with their hands.
They're curious about how technology works. If your child asks questions like "how does YouTube know what I want to watch?" or "how does Siri understand me?" — that curiosity maps directly to AI Explorers, which turns those questions into hands-on projects.
They're creative and imaginative. If your child is a storyteller, an artist, or someone who's always inventing characters and worlds, AI Explorers is worth considering. Students create storybooks and character designs, using AI as a creative tool while developing genuine technical understanding.
They like challenges and competition. Some children are wired for challenge. They want to build something and then test it against a difficult task. Senior Robotics feeds that drive with obstacle courses, timed challenges, and engineering problems that require real persistence. Junior Robotics has a lighter version of this for younger children.
They're not sure yet — and that's fine. Most 8-year-olds don't have a clearly defined passion for AI or robotics. That's completely normal. If your child is generally curious but you're not sure which direction they'd prefer, AI Explorers is designed as a broad starting point that exposes them to a range of AI concepts through engaging monthly projects.
By learning style: hands-on vs. screen-based vs. both
This is the dimension parents often overlook, but it can be the most important one.
Primarily hands-on learners. Some children struggle to sit still and focus on a screen for extended periods, but will concentrate intensely when they're building something physical. If this sounds like your child, Robotics is the better starting point. The majority of class time is spent constructing, testing, and adjusting physical robots. Screen time is minimal and always in service of a physical outcome.
Comfortable with screens when guided. Children who are happy working on a laptop — especially when there's a clear goal and an instructor nearby — will do well in AI Explorers. They use screens for coding, AI tools, and creative projects, but always with structure, group discussion, and non-screen activities built in.
Needs variety and movement. If your child gets restless doing any one thing for too long, look at how each programme balances activities. Junior Robotics has the most physical movement and variety — building, testing, rebuilding, group challenges. AI Explorers mixes screen work with whiteboard sessions, group presentations, and collaborative problem-solving. Every programme is designed to keep children engaged without relying on a single mode for the full session.
How progression works
Each programme is made up of levels, and children move up as their skills grow.
AI Explorers has three levels of about eight months each. Children usually start at Level 1, which covers projects in logic, storytelling, problem solving and communication. Levels 2 and 3 bring bigger projects, some taking up to two months, and more independence; they open as children progress. When a project is finished, your child presents it at a showcase you can attend.
Junior Robotics has three levels: simple machines and first coding; motion, sensors and automation; then their own projects and competition challenges. Senior Robotics has five, from coding robots in blocks and then Python, to programming microcontrollers and electronics. Levels 4 and 5 are ahead, as students progress. In both, guides teach the skills, then open-ended challenges and problems to fix let children work things out their own way, and you'll see what your child built at pickup.
Still not sure? Here's what we recommend
If you've read through all of this and you're still unsure, here's the simplest advice we can give: book a free trial class.
Your child will join a real session with other students — not a polished demo — and you'll see how they respond. Do they light up when building? Are they fascinated by how the AI works? Do they want to keep going after the session ends?
Their reaction will tell you more than any guide can.
You can also message us on WhatsApp and tell us your child's age, what they enjoy, and any concerns you have. We'll suggest a starting point based on what we know works for children with similar profiles. There's no pressure and no obligation — we'd rather your child starts in the right programme than the wrong one.
Every programme at KURAI has a maximum of 8 students per class, runs at our centre in Horizon Hills, and follows a structured progression with monthly showcases. Whichever one your child starts with, they'll be learning real skills in a real environment with genuine attention from their instructor.
