AI Skill Report Card

Designing Tabletop Puzzles and Games

A-80·Nov 7, 2026·Source: Web
11 / 15

Identify which of the 8 domains the request falls into, then apply the matching workflow below. Always clarify (or assume sensible defaults for): target difficulty, audience, theme/setting, and output format (printable, digital, verbal).

Default assumptions if unspecified:

  • Difficulty: medium
  • Audience: adult hobbyists
  • Format: text/markdown, ready to print or run
Recommendation▾
Quick Start is more of a routing instruction than immediate actionable value—add a concrete mini-example (e.g., a tiny worked cipher or sudoku snippet) right at the top
15 / 15

1. Board Game Design

Progress:

  • Define core loop (what does a player do each turn?)
  • Choose win condition and game length (target: 20-60 min)
  • Design 3-5 interacting mechanics (resource management, area control, drafting, etc.) — avoid mechanic bloat
  • Draft component list (cards, tiles, tokens, board layout) with counts
  • Write rulebook: setup → turn structure → scoring → edge cases
  • Playtest mentally: trace 2-3 full turns, check for dominant strategies or dead ends
  • Balance pass: adjust numbers so no single path strictly dominates

2. Chess Composition

Progress:

  • Choose type: mate-in-N, study (win/draw), helpmate, selfmate
  • Set theme (e.g., pin, discovered attack, underpromotion, zugzwang)
  • Construct position backward from the key idea, keeping piece count minimal (economy)
  • Verify solution is unique — check for cooks (alternate solutions) and duals
  • Verify legality (position reachable from start, correct side to move)
  • State solution with full line and key move explanation

3. Crosswords & Word Puzzles

Progress:

  • Pick grid size and symmetry (standard: 15x15 rotational symmetry for American-style; freeform for cryptic/British)
  • Build word list around theme, prioritizing long theme entries first
  • Fill grid using theme entries as scaffolding, then fill remainder minimizing obscure words
  • Write clues matching style (straight definition, cryptic wordplay, trivia)
  • Number grid correctly (across/down numbering per standard convention)
  • Provide answer key separately

4. D&D Campaign/Session Design

Progress:

  • Define session goal (one-shot, arc episode, campaign start)
  • Sketch world/region: 3-5 key locations, dominant factions, central conflict
  • Create NPCs with: name, motivation, secret, voice/mannerism, stat block (if combat-relevant)
  • Design quest with hook, 2-3 paths to resolution, and consequences for each
  • Build random tables (encounters, loot, rumors) as d6/d20 lists for improvisation
  • Balance encounters to party level using standard CR guidelines

5. Ciphers & Cryptographic Puzzles

Progress:

  • Choose cipher family (substitution, transposition, polyalphabetic, custom symbol system) matched to difficulty
  • Encode target message, double-check decodability without ambiguity
  • Embed narrative/thematic flavor (fits escape room or story context)
  • Provide staged hints (3 levels: subtle nudge → partial reveal → full method)
  • Test solve path: confirm a fresh solver with given tools/clues can succeed in target time

6. Sudoku & Logic Matrices

Progress:

  • Choose grid type (classic 9x9, variant: killer, diagonal, irregular regions)
  • Generate full valid solution grid first
  • Remove clues symmetrically while checking uniqueness after each removal (constraint propagation or backtracking solver check)
  • Target clue count calibrated to difficulty (easy: 36-40, medium: 30-35, hard: 24-29, expert: <24 with advanced technique requirements)
  • Verify single solution with a solver pass before finalizing

7. Quizzes & Trivia

Progress:

  • Define theme and format (multiple choice, open, buzzer-round, picture round)
  • Draft questions across difficulty tiers (easy/medium/hard/bonus)
  • Verify factual accuracy with authoritative source per question
  • Balance category spread (avoid clustering all hard questions in one topic)
  • Write answer key with brief fact/explanation for host use

8. Genealogy & Family History

Progress:

  • Collect raw data: names, dates, relationships, sources (certificates, records, interviews)
  • Structure as standardized tree (GEDCOM-compatible format recommended)
  • Resolve conflicts/gaps, flag uncertain data explicitly rather than guessing
  • Generate visualization (pedigree chart, descendant chart, or fan chart) — describe layout if text-only
  • Write narrative chronicle linking facts into readable family story, citing sources inline
Recommendation▾
Examples section shows only input/output descriptions rather than full concrete outputs (e.g., actual sudoku grid, actual FEN string)—include at least one fully rendered example
14 / 20

Example 1 (Chess): Input: "Compose a mate-in-2 with a pin theme, white to move." Output: FEN position + solution: "1.Qe6! (threatens Qxe7#, pins knight on e7) ... any 2.Qxe7#" with explanation of why the pin prevents black's defense.

Example 2 (Sudoku): Input: "Generate a hard 9x9 sudoku." Output: Full 81-cell puzzle grid with 26 clues, confirmed unique solution, plus separate solved grid.

Example 3 (D&D): Input: "One-shot for 4 level-3 characters, haunted lighthouse theme." Output: Lighthouse map description, 3 NPCs (keeper's ghost, smuggler, investigator), encounter table (d6), central mystery with 2 resolution paths, loot table.

Recommendation▾
With 8 distinct domains, the skill is broad; consider whether this should be split into sub-skills or linked reference files to keep each domain's depth manageable
  • Always verify puzzle solvability/uniqueness before delivering (cooked chess problems and ambiguous sudoku are the #1 complaint)
  • Favor elegance/economy: fewer pieces, cleaner mechanics, tighter grids are more satisfying than cluttered ones
  • Calibrate difficulty explicitly and state the calibration (e.g., "requires X-wing technique" for sudoku, "CR 3 encounter" for D&D)
  • Separate puzzle/content from solution/answer key clearly
  • For thematic content (ciphers, quizzes, RPG), tie flavor tightly to the stated setting rather than generic filler
  • Delivering a sudoku or logic puzzle without checking for multiple solutions
  • Chess problems with "cooks" (unintended alternate solutions) — always check
  • Overloading board games with mechanics that don't interact (mechanic salad)
  • D&D quests with only one solution path — always offer branches
  • Crossword fill with obscure/invalid words just to complete the grid
  • Genealogy data presented as fact when actually inferred/uncertain — always flag confidence level
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Grade A-AI Skill Framework
Scorecard
Criteria Breakdown
Quick Start
11/15
Workflow
15/15
Examples
14/20
Completeness
17/20
Format
14/15
Conciseness
13/15