Biology Adventure RPG — The Living Kingdom
Semester 1 | Week-by-Week Breakdown
How It Works
Every week follows the same three-step rhythm, designed so students arrive at the live session already prepared — and leave having demonstrated real understanding through the adventure.
Step 1 — Watch (Start of Week) A pre-recorded video drops at the beginning of each week. Students watch it on their own time before the live session. The video covers that week’s biology concept — vocabulary, key diagrams, the science explained clearly — so the live session isn’t spent on passive lecture. Students come in ready to use what they learned.
Step 2 — Complete the Worksheet (Before Live Session) Each week’s worksheet is built around drawing, labeling, and applying the concepts from the video. No busywork — every activity is something students will need in the live session. Worksheets are D&D themed and designed to be engaging on their own.
Step 3 — Play (Live Session, 110 min) The live session is where the learning gets tested — through the adventure itself. Sessions run in three parts:
- Warm-Up & Review (~15 min) — The DM opens with a quick review of the week’s content. Students get a chance to ask questions, clarify anything from the video, and get their bearings in the story before the quest begins.
- The Adventure (~80 min) — The party enters that week’s location in the Living Kingdom. The Corruption has struck — and the only way to defeat it is to apply what students learned. The DM presents challenges, problems, and roleplay scenarios that require real biological knowledge to solve. This is the assessment: informal, narrative-driven, and far more revealing than a multiple choice test.
- DM Challenge (~15 min) — Each session closes with a direct challenge question worth bonus HP. Students answer individually, the DM discusses, and the group closes out the story beat for the week.
Week-by-Week Curriculum
Unit 1 — Cells
Weeks 1–7 | Location: Cytara, City of Cells & The Living Castle Standards: NGSS MS-LS1-1, MS-LS1-2, MS-LS1-3, MS-LS1-8
The party arrives at Cytara — a living city built entirely from cells. The Corruption has struck the Archives, erased the organelle functions, jammed the membrane gates, and begun destroying the Living Castle from within. Students explore every level of cellular biology to restore the city.
| Week |
Topic |
What Students Learn |
| 1 |
Cell Theory |
The three laws of cell theory; Robert Hooke & Leeuwenhoek; unicellular vs. multicellular organisms |
| 2 |
Animal Cell Structures & Organelles |
All major organelles and their functions; the organelle nickname system |
| 3 |
Plant Cell & Cell Comparisons |
Plant vs. animal cell; prokaryote vs. eukaryote; cell classification |
| 4 |
Cell Membrane & Transport |
Phospholipid bilayer; diffusion; osmosis; active vs. passive transport; hypertonic/hypotonic/isotonic |
| 5 |
Tissues & Organs |
Cell specialization; the four tissue types; cell → tissue → organ → organ system |
| 6 |
Body Systems Part 1 |
Circulatory, digestive, and respiratory systems; how they interact |
| 7 |
Body Systems Part 2 |
Nervous, immune, and endocrine systems; sensory receptors; system interdependence |
Unit 2 — Life Processes
Weeks 8–12 | Location: Sunfield Plains, Mitochondria Mines, Chrysalis Caves, Spore Sanctum, Arena of Life Standards: NGSS MS-LS1-4, MS-LS1-5, MS-LS1-6, MS-LS1-7
The Corruption spreads beyond Cytara, attacking the processes that keep life running. Photosynthesis fails. ATP production stops. Cell division goes haywire. Reproduction is threatened. Students restore each region — and face the Mid-Year Boss Battle with everything they’ve learned.
| Week |
Topic |
What Students Learn |
| 8 |
Photosynthesis |
Equation (6CO₂ + 6H₂O + light → C₆H₁₂O₆ + 6O₂); chloroplasts; reactants & products; limiting factors; stomata |
| 9 |
Cellular Respiration |
Equation (C₆H₁₂O₆ + 6O₂ → 6CO₂ + 6H₂O + ATP); mitochondria; aerobic vs. anaerobic; fermentation; connection to photosynthesis |
| 10 |
Mitosis & Cell Growth |
The cell cycle; interphase; PMAT phases; cytokinesis; why cells divide; cancer connection |
| 11 |
Meiosis & Reproduction |
Meiosis vs. mitosis; sexual vs. asexual reproduction; gametes; fertilization; genetic variation; binary fission; budding |
| 12 |
Mid-Year Boss Battle |
Comprehensive review of all Unit 1 & 2 content — cells, organelles, transport, body systems, photosynthesis, respiration, mitosis, meiosis |
Unit 3 — Ecosystems
Weeks 13–18 | Location: Bio-Market, Predator Wilds, Apex Peaks, World Map Chamber, Shattered Borderlands, Living Kingdom Throne Room Standards: NGSS MS-LS2-1, MS-LS2-2, MS-LS2-3, MS-LS2-4, MS-LS2-5, MS-ESS2-4
The party emerges from Cytara into the wider Living Kingdom — and finds it under siege. Food webs are collapsing. Matter cycles are jammed. Biomes are destabilizing. Human damage and the Corruption are working in the same direction. Students must think at the scale of entire ecosystems to restore balance — and earn the right to face the Final Boss.
| Week |
Topic |
What Students Learn |
| 13 |
Ecosystems — Biotic & Abiotic |
Ecosystem structure; biotic vs. abiotic factors; producers, consumers, decomposers; ecological relationships |
| 14 |
Food Webs & Energy Flow |
Food chains vs. food webs; trophic levels; the 10% energy rule; keystone species; trophic cascades |
| 15 |
Energy Pyramids & Matter Cycling |
Energy pyramid construction; carbon cycle; water cycle; nitrogen cycle; matter vs. energy flow |
| 16 |
Biomes & Population Dynamics |
The 6 major biomes; carrying capacity; limiting factors; predator-prey cycles; population growth curves |
| 17 |
Ecosystem Disruption & Biodiversity |
Human impact; habitat loss; invasive species; extinction; biodiversity; engineering design challenge |
| 18 |
Semester 1 Final Boss |
Comprehensive review of all Semester 1 content — full campaign culmination, all units assessed together |
What Students Walk Away With
By the end of Semester 1, students have covered the equivalent of a full middle school life science course — not as a set of definitions to memorize, but as problems they have actually solved, diagrams they have actually drawn, and a story they have actually lived through.
They will know Cell Theory, organelles, transport, body systems, photosynthesis, cellular respiration, mitosis, meiosis, food webs, ecosystems, biomes, matter cycling, and conservation — and they will know it because they needed it to win.
Dragon Academy Biology Adventure RPG — Semester 2: The Evolution Chronicles continues with genetics, evolution, and human systems. dragonacademy.net
