🧠 Brain Lab · Computation

Algorithms in kindergarten to grade 5

Writing a procedure precisely enough that following it blindly still works. Daily Academy tracks it as its own skill, separately from the 9 others in brain lab, so it can never be averaged away by a subject score.

Check it tonight

“Tell me how to draw a square — and I will do exactly what you say, nothing else.”

What to watch for

Instructions that only work because the listener already knew what was meant. The gap between what was said and what was intended is the entire skill.

Real algorithms questions from the library

2 activities currently target this skill. These are actual questions, shown at the difficulty they are served at, with the explanation a child sees after answering.

Difficulty 4.0 — mid grade 4
A robot is told: “Put the bread in the toaster. Press the button. Take out the toast.”
What is missing from these instructions?
Hint shown after a miss: A robot does not know anything you have not said. Where does the bread come from?
Explanation: Instructions written for a person lean on everything the person already knows. Writing them for something that knows nothing is what exposes the gaps.
Difficulty 4.0 — mid grade 4
A robot follows this list: START AT 0. ADD 5. ADD 5. SUBTRACT 3. ADD 5.
What number does it end on?
Hint shown after a miss: Do them strictly in order, one line at a time.
Explanation: 0, 5, 10, 7, 12. Order matters: the same four steps in a different order can end somewhere else entirely.
Difficulty 4.3 — mid grade 4
A robot follows this loop: START AT 1. REPEAT 4 TIMES { DOUBLE THE NUMBER }.
Where does the loop leave it?
Hint shown after a miss: Write out each pass through the loop: 1 becomes 2, then …
Explanation: 1 → 2 → 4 → 8 → 16. A loop is just a way of writing the same instruction once instead of four times, which is why a small change to the count changes the answer so much.

The other 9 skills in Brain Lab

Each one is estimated separately, which is what lets the parent dashboard name a specific gap rather than report a subject average.

Sequencing“What would go wrong if you put your boots on before your socks?”PatternsShow a pattern: “what’s the rule?” — not “what comes next?”ClassificationSort four things by an unstated rule and ask which one does not belong — and why.Spatial Reasoning“If you turn this shape a quarter turn, what does it look like?”DeductionGive two clues about three things and ask what must be true.StrategyIn any game: “what are you going to do after that?”Counting & Arrangements“Three shirts and two pairs of pants — how many outfits, without listing them?”Logical ArgumentAfter any claim: “could that be true and your reason still be wrong?”Systems ThinkingAbout any rule they propose: “if everyone did that, what happens next?”

Common questions

How do I know if my child has algorithms secure?

“Tell me how to draw a square — and I will do exactly what you say, nothing else.” Instructions that only work because the listener already knew what was meant. The gap between what was said and what was intended is the entire skill.

Which grade is algorithms taught in?

It appears in both. Daily Academy does not gate skills by year group — a child is placed on a continuous difficulty scale during a five-minute intake, and algorithms is then served at whatever level they are actually at, adjusted separately from every other skill.

Practice by grade

Grade 2 critical thinking and logic activitiesLogic puzzles for 7 and 8 year olds — patterns, deduction, sorting and spatial reasoning — set at the right difficulty and framed as a game rather than a test.Grade 3 critical thinking and logic activitiesLogic and reasoning practice for 8 and 9 year olds — multi-step patterns, elimination puzzles, spatial reasoning and strategy — adapted to each child’s level.Grade 1 critical thinking and logic activitiesLogic puzzles for 6 and 7 year olds — sequencing, patterns, sorting and two-clue deduction — kept small enough that they measure reasoning rather than memory.Grade 4 critical thinking and logic activitiesLogic puzzles for 9 and 10 year olds — conditional reasoning, systematic counting, nets and multi-step planning — where the first plausible answer is usually wrong.Grade 5 critical thinking and logic activitiesLogic puzzles for 10 and 11 year olds — elimination, systematic counting, and telling a valid argument from a conclusion that happens to be true.Kindergarten logic and thinking activitiesThinking puzzles for 4 and 5 year olds — odd one out, repeating patterns, first, then, last, and two-clue riddles — short enough to be about reasoning rather than memory.

See where your child stands on algorithms

A five-minute intake places them on a continuous scale, and the skill map shows every skill separately from the first week. The daily mission is free.

Start free See the parent dashboard