Typing on the German keyboard, and puzzle games where the answer is a plan you build yourself. For young children, older children, and grown-ups meeting a Mac for the first time.
Use the name and secret word you were given.
No account? Ask Khurram for a name and a secret word.
What you seek is seeking you.Rumi
Three rooms of games. The children’s games all ask the same thing in different costumes: work out the steps, put them in order, and find out where your thinking went wrong. The grown-ups’ room is for parents finding their feet on a new computer, and in a new language.
Big buttons, and a Show me how button that solves each puzzle in front of them.
Build a plan out of blocks, press Run, and watch the robot carry it out.
Spot the part that keeps coming back and finish the row.
The plan is wrong. Run it, find the broken block, and swap it.
Watch the colours light up, then copy the tune back in order.
Turn over two cards at a time and remember where the pairs hide.
Pop balloons, open presents with a double-click, and drag shapes home.
One big letter at a time, with a colour for every finger.
Real code, real ciphers, and the ideas computers are actually built on.
Type real code with repeat, if and else. Errors come back with a line number.
Build numbers out of lamps worth 16, 8, 4, 2 and 1.
Work out how far the alphabet moved, then drag in the real letters.
Put the bars in order using the fewest swaps possible.
Bigger grids, and numbers that only match their binary partner.
Whole sentences, with your speed and accuracy counted.
For mums and dads meeting a Mac, a smartphone and German all at once.
Useful German on a Mac keyboard, with the meaning under every line.
AirDrop, moving from an old Mac, backups and Find My.
Right-click, double-click, and drag files into the right folders.
The handful of key combinations that save the most time.
What AI really does, how to ask well, and where to be careful.
Book recommendations, poetry and thoughts for parents.
German word Memory, harder codes and bigger sorting races.
Nothing here claims to make anyone cleverer. These are specific, ordinary thinking habits that programming happens to demand constantly, and that puzzles like these give children a reason to practise.
Holding a series of steps in order, and understanding that changing the order changes the outcome.
Working out the whole route before pressing Run, instead of guessing and hoping: a small act of impulse control.
Seeing that a long path is really four short ones repeated, and solving the small piece first.
Noticing repetition and using it, rather than treating every step as brand new work.
Reading back what you wrote, locating the step that went wrong, and fixing just that one. Errors become information, not failure.
Once fingers know the keys, attention is freed for the thinking. That is the whole point of the keyboard half.
a s d f and your right on j k l ö. The little bumps on f and j help you find home without looking down.For grown-ups sitting alongside: let them press Run on a plan you can see is wrong. Watching it fail and working out why teaches far more than being corrected first.