AI literacy and programming are different skills that solve different problems. Which one to start with depends on your child's age and temperament — here is how to decide.
Start with AI literacy if your child is in Class 6 or 7, or is more interested in making things — writing, images, video, presentations — than in how machines work. Start with Python if your child is in Class 8 or above, enjoys puzzles and precision, and is not put off by something failing repeatedly before it works. Both are 72-session annual pathways and neither requires the other first. The worst option is a combined "AI and coding" course that covers both shallowly.
Parents ask this expecting one to be the foundation for the other. Neither is. They are separate skills that answer separate questions, and a child can start with either.
AI literacy is about using systems you did not build: prompting them precisely, checking whether their output is true, knowing what not to type into them. Programming is about building a system yourself: decomposing a problem into steps a machine can execute, and debugging when it does not.
These point clearly toward the AI pathway.
These point toward coding.
Many providers sell "AI and Coding" as one program. It is convenient to market and it produces children who have seen a lot and can do very little.
Real AI literacy needs a full year: prompting, research and verification, multimodal creation, data, workflow thinking, ethics and safety, then a project. Real Python needs a full year: syntax, control flow, functions, data structures, files, then a program that does something. Compress both into one year and each becomes a demonstration.
We keep them separate for this reason — two distinct 72-session annual pathways, either of which can be taken alone.
Yes, and a fair number do, though it is four hours a week and that is a real commitment on top of school.
If you are choosing, take one properly this year and the other next. A child who has done a full AI year arrives at Python already able to specify a problem clearly, which is half of programming. A child who has done a Python year arrives at AI understanding what the system underneath is actually doing. The order matters less than the depth.
Neither is a head start on a career. Your child will not enter a job market that resembles this one, and the specific tools taught today will be obsolete or unrecognisable by then.
What survives is transferable: stating a problem precisely, checking whether an answer is true, breaking work into steps, finishing something and explaining it to a room. Both pathways are built around those, which is why every module ends with a project a child has to present rather than a certificate they collect.
Most children are ready for phonics between 4 and 5, but age is the weakest of the three readiness signals. Here is what actually matters, and what to do if your child is not there yet.
Read the guide →NumeracyWhat abacus training genuinely does for a child, what it is oversold as, and how to tell whether it is worth two to three years of your family's Saturdays.
Read the guide →AI safetyA practical set of rules for parents: what a child should never type, how to check whether an answer is true, and the one question that separates learning from copying.
Read the guide →Tell us your child’s class and what they enjoy. We will suggest the closest program fit—no pressure and no upfront payment.