Brick Builders Language Camp

A three-day language camp for children sitting a written entrance test, built in a Minecraft visual register — blocks, levels, experience points, a day streak. Each day runs about ninety minutes and moves from learning a shape, to using it under prompt conditions, to a full timed rehearsal. Underneath the styling sit five named routines that recur on every task, a drill gym for the four things that cost the most marks, original reading passages with typed comprehension questions, a print pack because the real exam is handwritten, and two reporting views — one for the child and one for the adult beside them.

Entrance-test preparation is usually a stack of past papers. A child does one, gets a score, and learns almost nothing from it: the score says how they did but not which skill failed, and the next paper repeats the same gap. The second problem is medium. The test is handwritten and timed, and a child who has only ever typed answers into a screen is rehearsing the wrong act.

A child of about eleven preparing for a written entrance exam, and the parent sitting next to them who needs to know what to work on tonight without marking anything themselves.

• Instructional design — the three-day arc and the five routines that hold it together
• Content authoring — the passages, the comprehension questions by type, and the writing prompts
• Assessment design — accuracy by question type, and the rule that decides what to fix first
• Interaction design — the camp structure, the drill gym, the two reporting views
• Front-end build — a browser app with a paper counterpart generated alongside it

What the design set out to achieve. These are objectives, not results.

• Report by skill rather than by score, so a low mark points somewhere
• Name the routines, so a child has something to do when a blank page arrives
• Rehearse on paper, because the real test is handwritten
• Give the parent a view without asking them to mark anything
• Keep it playable enough that a child returns on day two

A single browser app with routed views — the three days, the drill gym, progress, the parent dashboard and the print pack. Each task records the question type it tested, not just right or wrong, so the progress view can rank weaknesses instead of averaging them. The print pack renders the same passages and prompts as paper: lined answer sheets, planning boxes, a mock paper laid out like the real one, and a marking sheet with the rubric and model answers for the adult.

Drafting passages and question sets against a specification — question type, difficulty, and the skill each one is meant to test — and generating the paper counterpart of every screen so the print pack and the app cannot drift apart.

Which five routines are worth naming, out of the twenty a writing course could teach. Whether a passage is genuinely funny to an eleven-year-old, because a bored reader answers comprehension questions badly for reasons that have nothing to do with comprehension. Which distractors represent real misreadings. And the decision to report by skill and rank the weaknesses — the thing that turns a score into an instruction.

Keeping the game layer honest. Experience points and streaks make a child come back on day two, but the moment the reward becomes the point, they optimise for the reward. The progression is tied to work completed rather than to marks scored, so a bad day still counts as a day done.

The progress view came last and changed the shape of everything before it. Once the tasks recorded question type rather than score, the report could say which two skills to fix, and the drill gym existed to answer it — the drills were built because the diagnosis needed somewhere to point.

Built for two children preparing for a specific test, which is why it is shown rather than sold. It is the clearest example here of a whole tutoring product: teaching, practice, diagnosis, remediation and a parent view, with a paper edition of all of it. Names and the school have been changed or cropped out of every image on this page.

• Instructional design for test preparation
• Comprehension assessment by question type
• Diagnostic reporting and remediation routing
• Original passage and question authoring
• Parallel screen and print publishing
• Interaction design for children