Introduce the Edo Period (1603-1867) and the Meiji/Taisho Eras. Explain how modern anime heroes (like ninja and samurai) are mythologized versions of real historical figures. Introduce the concept of the Monomyth (The Hero's Journey) by Joseph Campbell. Map out the stages (Call to Adventure, Threshold, Trials, Abyss, Transformation, Return) using a familiar anime like My Hero Academia (Deku) or Spirited Away (Chihiro).

Together, look at a map of Japan. Locate Kyoto, Tokyo (formerly Edo), and Mt. Fuji. Discuss how mountainous geography shaped isolated clans, leading to regional legends. Next, co-create a "Hero's Journey" poster Board. Draw a big circle, label the 12 classic steps, and brainstorm together which events in their favorite anime match each step.

• History Research: Choose one supernatural creature (Yōkai) or historical warrior class (Samurai/Shinobi). Write a 1-page "Fact vs. Anime Fiction" report comparing how they are portrayed in history books vs. popular anime.
• Story Development: Design your own protagonist! Write a 2-page creative story outlining their "Call to Adventure" and "First Threshold."

Review Newton’s Three Laws of Motion. Explain gravity ($9.8 m/s^2$) and how kinetic energy transfer works. Then, pivot to Math: Introduce the Grid Method of Scaling. Show how artists use a grid to copy and scale up images accurately without losing proportions, using ratios (e.g., 1:2 scale).

Find a short clip of an anime action sequence (e.g., a character running fast or throwing a punch). Together, pause the video and calculate: "If that jump took 3 seconds of airtime, how high would they have gone in real life?" Use the formula: $d = 0.5 \times g \times t^2$. Compare the theoretical height to the visual height in the show. Next, draw a simple 2"x2" grid over a face profile together, and practice scaling it to a 4"x4" grid.

• Anime Physics Lab Report: Choose an anime superpower (e.g., fire manipulation, teleportation, super strength). Write a creative scientific "case study" analyzing: How would this power affect the environment if Newton's Laws still applied? What side effects would the hero experience (e.g., heat, wind drag, equal & opposite reaction force)?
• The Grid Scaling Challenge: Take an official manga panel or character art printout. Draw a 1-cm grid over it. On a larger sheet of paper, draw a 2-cm grid. Recreate the drawing block-by-block, practicing precise mathematical scaling.

Teach the fundamentals of Character Turnaround Sheets (drawing a character from the front, side, and back). Discuss color theory in character design (e.g., blue suggests calm/mystery, red suggests passion/aggression). Introduce the concept of biomes and ecological balance—how plants, animals, and climate interact in an environment.

Analyze the ecosystem of a Ghibli forest together. Identify the producers, consumers, and decomposers. Discuss how the environmental message is integrated into the plot. Together, brainstorm a brand-new fictional biome (e.g., a floating crystal wetland or a subterranean mushroom forest) and write down its key climate elements and food chain.

• Ecosystem Blueprint: Draw or map out the biome brainstormed during the "We Do" phase. Write a field guide entry describing 2 plants and 2 animals that adapted specifically to survive in this environment.
• Character Sheet Creation: Draw your Week 1 protagonist in full color on a standard 3-view turnaround sheet (Front, Side, Back). Use specific color palettes to reflect their personality and background biome. Add a callout box detailing their equipment and clothing material.

Introduce basic economics: fixed costs (software, computers) vs. variable costs (paying artists per frame, voice actors per hour). Explain frame rates (anime often runs "on twos," meaning 12 unique drawings per second of film instead of 24). Show how a simple flipbook or stop-motion software can create the illusion of life.

Set up a hypothetical production budget spreadsheet together. Given a budget of $10,000 to produce a 1-minute trailer, calculate how many artists can be hired at $25/hour, how much to allocate for music licensing, and how much is left over. Adjust variables to see how budgeting decisions impact final quality.

• The Animation Project: Create a 5-second hand-drawn flipbook (using sticky notes or the corner of a notebook) OR a 5-second stop-motion video using toys/clay. The animation must feature your Week 1 character performing an action (e.g., jumping, activating a power, waving). Aim for at least 12 unique frames per second (60 frames total).
• Pitch Deck Presentation: Prepare a 3-minute oral "pitch" for your parent, teacher, or sibling, selling them on your original anime concept. Use your character sheets, biome map, and animation as visual aids.