A generative game design framework for teaching architectural aesthetics through embodied cognition and rasa theory
This paper addresses the structural gap in teaching architectural aesthetics by introducing the Architectural Pedagogy Game Framework (APGF), a generative, theory-grounded methodology that integrates embodied cognition and Indian rasa theory to enable educators to systematically design, validate, and implement diverse game-based learning experiences across the architectural curriculum.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
Imagine architecture school as a giant, high-stakes art gallery where students are taught to look at buildings with their eyes, but rarely to feel them with their bodies or understand the stories they tell. For a long time, teachers assumed that if you just showed students enough pretty pictures and buildings, they would eventually "get" how to judge beauty, scale, and atmosphere. It was like hoping someone learns to swim by staring at a pool from the deck.
This paper suggests that this "staring" method is broken. The author, Sneha Maji, argues that we are missing a huge chunk of the puzzle: the body and the culture. To fix this, she didn't just invent one cool video game; she built a recipe book (a framework) that lets teachers cook up their own games to teach architecture in a way that actually sticks.
The Big Problem: The "Missing Ingredients"
Before cooking, the author went into the kitchen to check what other chefs were using. She audited 20 different "serious game" frameworks (rules for making educational games) and looked at 114 past studies about games in architecture.
She found four big holes in the recipe book:
- No One-Stop Shop: Existing frameworks were like having a tool for hammering nails but no tool for screwing in bolts. None of them could handle the three things architecture needs at once: Visuals (what you see), Embodiment (what you feel in your body), and Everyday Life (the social stories and culture).
- Not Native to Architecture: Most frameworks were borrowed from general teaching or psychology. They didn't speak the specific language of architects.
- Ignoring the Body: They treated learning as a brain-only activity, forgetting that architects need to feel the weight of a wall or the scale of a room in their muscles.
- Ignoring Local Culture: The frameworks mostly used Western ideas. They didn't use rich, local Indian theories about beauty and emotion.
The Solution: The "3E" Kitchen
The author created a new framework called the Architectural Pedagogy Game Framework (APGF). Think of this not as a single game, but as a generative space—a giant grid where you can mix and match ingredients to create the perfect game for any class.
The framework is built on three pillars, which she calls the 3E:
- Eye: Training the eye to spot patterns, proportions, and styles (like spotting a Mughal window vs. a British one).
- Embodiment: Training the body to understand scale and material. It's not just looking at a drawing; it's walking the space, feeling the texture, and judging size with your own steps.
- Everyday: Understanding the social story. Who lives here? What does this building mean to the community?
To make this work, she didn't just guess. She used a special Indian theory called Rasa (which is about savoring aesthetic emotions) as the secret sauce. Instead of just saying "this building is pretty," the framework teaches students to move through a journey of feeling: from the initial attraction (Kāma), to playful exploration (Līlā), to deep bodily understanding (Anubhava), to a sense of wonder (Māyā), and finally to a feeling of being one with the place (Yoga).
How It Works: The Recipe
The framework gives teachers a five-step recipe to build their own games:
- Analyze the Learner: Are they a first-year student who needs simple visual games, or a senior ready for complex social negotiations?
- Set the Goal: What exactly do they need to learn? (e.g., "Judge scale using their body").
- Pick the Mechanics: The author created a menu of 18 specific game moves (mechanics) sorted by the 3E pillars.
- Eye moves: "Identify," "Compare," "Deconstruct."
- Embodiment moves: "Navigate at 1:1 scale," "Feel material," "Tactile sort."
- Everyday moves: "Role-play," "Negotiate," "Tell stories."
- Crucial Rule: You pick moves based on evidence from her research, not just because they look fun.
- Test and Tweak: Run the game, watch what happens, and fix it.
- Measure: Use special tools to see if the students actually learned the specific skill (like a "Scale Judgement Task" for body skills).
The Proof: A Catalogue of 12 Games
To prove this recipe works, the author didn't just stop at the theory. She cooked up 12 example games that cover the entire architecture curriculum, from the first year to the final thesis.
- For Beginners: A card game called Style Snap where students match architectural elements to build vocabulary. A "blindfold" game called Material Memory where they identify stone and wood just by touch.
- For Intermediates: A game called Scale Walk where students walk a real heritage site, guess the size of rooms with their bodies, and then measure to see how close they were.
- For Seniors: Complex board games and simulations like Mohalla (negotiating a street with different neighbors) and The Commission (running a whole semester studio project as a live stakeholder negotiation).
These games work on any platform. You can play them with high-tech VR headsets, or with simple cardboard, tape measures, and blindfolds. The framework is platform-agnostic, meaning it works even if your school doesn't have expensive computers.
What the Paper Says (and Doesn't Say)
The paper is very careful about what it claims.
- It is NOT a magic bullet: The 12 games listed are worked examples and designs, not a list of games that have all been proven to work perfectly in every school yet. The author admits that most of these are "worked designs" whose real-world effectiveness needs to be tested by other teachers in their own classrooms.
- It is NOT just a simulation: The framework is based on a real audit of 20 other frameworks and a review of 114 studies, plus four actual classroom pilots she ran herself.
- It is NOT a fixed product: The paper explicitly rejects the idea of giving teachers a single "finished" game to download. Instead, it offers a method for them to generate their own.
The Bottom Line
This paper suggests that to teach architecture aesthetics, we need to stop treating it like a visual art and start treating it like a full-body, cultural experience. By using a structured, evidence-based recipe that mixes the "Eye," the "Body," and the "Everyday," teachers can create games that help students truly feel and understand the buildings they design. It's a shift from "looking at" architecture to "living inside" it, using play as the bridge.
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