All 25 rooms begin with a concept, worked clue, vocabulary, and mistake shield.
STEM Dungeon Curriculum
A fantasy enrichment course for bright kids: five STEM subjects, teach-first rooms, guided practice, mastery records, and parent-facing school artifacts.
STEM Foundations
- Age bands
- 8-10, 11-13, 14-16
- Course rooms
- 25 teach-first lessons
- Credit areas
- 5 STEM wings
- Lesson media
- 5 cinematic loops
The five-day starter path introduces math, science, physics, engineering, and AI before enrollment.
Kids complete a thinking-move check before the test opens.
Subject labs turn the lesson into a math, science, physics, engineering, or AI action.
Progress becomes mastery projects, report cards, transcript entries, and family exports.
How the curriculum becomes an actual routine
A full school does not just need subjects. It needs a rhythm families can repeat without burning out: short rooms, weekly arcs, visible proof, and review moments parents can understand.
Teach the idea, try a guided move, gather one piece of evidence, face the challenge, and file the proof.
Touch math, science, physics, engineering, and AI so families can see which kind of thinking is sticking.
Repeat proof habits enough times that the child can explain the why, not just remember the answer.
Keep the best receipts, sketches, audit cards, prototypes, revisions, and capstone work for parent review.
Every course room should move from teaching to evidence
The curriculum map makes the school rhythm visible before the long scope tables: teach the idea, practice it, gather evidence, face the challenge, then record proof.
Open sample lessonA calm daily rhythm before every test
The game now organizes each room as a school block: teach first, practice, inspect evidence, challenge, then record progress for parents.
Professor Lyra opens the concept with a short lesson, worked clue, vocabulary, and mistake shield.
The learner answers a thinking-move check before the test is allowed to open.
Kids inspect artifacts, gather evidence, and connect the subject idea to a fantasy system.
The dragon test asks for the same concept in a higher-stakes problem.
Progress turns into credits, mastery projects, weekly reports, and transcript entries.
One open realm, five planned expansions
STEM Dungeon is the first playable course. The library establishes the structure for a larger enrichment school, and the Course Catalog turns that structure into prerequisites, unit sequence, and demo-versus-member access.
Math, science, physics, engineering, and AI foundations.
25 lessons, 5 credits
Proofs, puzzles, debate, strategy, and symbolic reasoning.
Deduction, games, proofs
Essays, rhetoric, storytelling, research, and revision.
Argument, story, research
History, geography, culture, economics, and cause-effect thinking.
World systems
Scarcity, incentives, markets, budgets, tradeoffs, and externality evidence.
Markets, choices, claims
Location, scale, projections, climate, land use, migration, and map claims.
Maps, regions, GIS
Algorithms, data structures, debugging, runtime, memory, APIs, and safety evidence.
Algorithms, tests, debug
Composition, color, value, animation, critique, revision, and portfolio craft.
Design, critique, motion
Rhythm, tempo, melody, harmony, production, performance, critique, and revision.
Music, production, performance
Vocabulary, grammar, listening, conversation, translation, culture, storytelling, and revision.
Language, dialogue, translation
Logic, ethics, definitions, counterexamples, dialogue, reflection, and reasoning evidence.
Logic, ethics, dialogue
Customer empathy, prototypes, budgets, risks, experiments, ethics, accessibility, and venture evidence.
Venture, budget, ethics
Mechanisms, sensors, code, automation, and design testing.
Build, sense, code, test
Data literacy, model evaluation, agents, safety, and ethics.
Data, models, agents
The curriculum should tell parents what to do next
The parent role should be simple: set the goal, notice the proof habit, review the weekly brief, and slow down when the child needs more confidence.
Choose the week goal and start with one low-pressure room.
Look for the proof habit: explanation, evidence, revision, or transfer.
Review the brief together and pick the next room based on the child’s confidence.
Slow down, use the hint, replay the lesson, or switch to a maker artifact before pushing ahead.
A school path families can understand
Learns the classroom ritual: watch, think, practice, investigate, cast.
Uses examples and evidence across every STEM wing.
Connects rules, systems, and tests before choosing an answer.
Explains proofs, prototypes, models, and mistakes.
Finishes the STEM Dungeon and prepares the next academy realm.
Five live lesson loops
Each STEM wing now has an xAI/Grok Imagine cinematic lesson loop, domain-aware music, procedural subject sound effects, and Professor Lyra voice narration in the child experience.
Five wings of STEM mastery
Rune Math Foundations
Operations, fractions, geometry, proof, and quantitative explanation.
Alchemy Evidence Lab
Observation, variables, matter, systems, and defensible claims.
Force Craft Studio
Force, motion, acceleration, energy, light, and prediction.
Build Magic Workshop
Design constraints, prototypes, stress tests, iteration, and systems thinking.
Mind Lens AI Studio
Patterns, labels, training examples, explanations, and responsible AI judgment.
Projects after the lessons
Each subject wing ends with a simple project prompt that asks the learner to explain evidence, not just collect points.
Use operations, fractions, area, and equal groups to design a fair vault rule.
Artifact: Annotated budget sheet
- Correct operation
- Diagram or unit
- Fairness check
Plan a safe claim-evidence-variable experiment with a predicted result.
Artifact: Experiment card
- Observable evidence
- Single variable
- Defensible claim
Predict how force, motion, energy, or light moves through a fantasy device.
Artifact: Motion sketch
- Rule named
- Direction or units
- Testable prediction
Design a prototype, identify a weak point, and explain one stress test revision.
Artifact: Prototype brief
- Constraint named
- Stress test
- Improved revision
Audit an AI prediction with examples, features, labels, and one better training example.
Artifact: AI audit card
- Examples inspected
- Features labeled
- Error checked
A repeatable school structure
Watch, model, practice, gather, test, and record for every room.
Professor Lyra voice clips, domain-aware music, and subject sound effects.
Each credit has a saved project artifact, evidence line, and rubric.
Weekly report, transcript ledger, course credits, and sync-ready family profile.
Family artifacts
Parent brief with study time, goal progress, focus, and recent lessons.
Local lesson entries with subject, room, XP, honors status, and next move.
Five subject credits tracked across the STEM Dungeon course spine.
Capstone-style evidence prompts for every subject wing.
Multi-child status, report readiness, roster actions, and guardian record.
Next academy realms
STEM Dungeon is the first open wing. The same school structure can expand into a full enrichment academy with subject realms, portfolio records, and family-facing progress.
Math, science, physics, engineering, and AI foundations.
Deduction, puzzles, proof, strategy, and formal reasoning.
Creative writing, argument, grammar, rhetoric, and publishing.
History, geography, economics, civics, and systems thinking.
Scarcity, incentives, budgets, markets, tradeoffs, and evidence claims.
Maps, regions, climate, land use, migration, GIS, and spatial evidence.
Algorithms, data structures, debugging, runtime, memory, APIs, cybersecurity boundaries, and computational thinking.
Composition, color, value, storyboard, animation, critique, revision, and portfolio evidence.
Rhythm, tempo, melody, harmony, arrangement, rehearsal, performance, recording, critique, and music evidence.
Vocabulary, grammar, listening, conversation, translation, culture, source checks, revision, and language evidence.
Logic, claims, definitions, objections, ethics, dialogue, reflection, revision, and reasoning evidence.
Problem discovery, customer empathy, prototypes, budgets, price fairness, risk, experiments, ethics, and venture evidence.
Mechanical design, sensors, coding, automation, and testing.
Data literacy, model evaluation, agents, safety, and ethics.
Use the scope page, then choose a calm learning route.
The curriculum explains the structure. The drawer keeps planning, standards, outcomes, realms, and parent records available without crowding the first screen.
Open course catalogBest next step for parents comparing the STEM spine with future academy wings.
