Shloka: When Faith Meets Climate Action

A Deep Dive into Culturally-Responsive UX Research for Serious Games

📅 Timeline: 10 months 👥 Team: Lead Researcher (Me) + 1 Researcher + 1 Developer + 2 advisors 🏆 Published: ACM DIS 2024
Game designers participating in a design workshop using card-based system
Game designers engaging with the AstraVerse design system during a participatory workshop.

TL;DR: Why This Case Study Matters

Cultural authenticity drives 87% higher engagement than generic design

🎯 The Problem

1.2 billion Hindus worldwide face climate impacts, yet zero climate education games speak their cultural language.

  • Generic "save the polar bears" messaging doesn't resonate
  • Western-centric solutions ignore cultural contexts
  • Religious values that could motivate action remain untapped

🔬 My Approach

10-month ethnographic study + participatory design with Hindu communities

  • Fieldwork at 2 major pilgrimage sites (50k+ daily visitors)
  • 412 photos, 43 videos documenting climate-religion intersection
  • Co-design with religious scholars to ensure authenticity

đź’ˇ The Solution

Shloka - First climate game integrating authentic Hindu rituals with environmental education

  • Real ritual interactions (mudras, mantras, breathing)
  • Deities as mentors teaching climate science
  • Localized climate impacts on sacred spaces

📊 Key Results

Comparative study with 24 participants testing 10 climate games

  • 87% higher immersion than traditional games
  • 84% better guidance scores
  • Players reframed climate action as "sacred duty"

🔑 5 Design Principles for Culturally-Responsive UX

1. Authenticity > Aesthetics

Surface-level cultural themes fail. Embed actual cultural practices into core interactions.

2. Values > Features

Connect new behaviors to existing moral frameworks rather than creating new value systems.

3. Local > Global

Personal consequences motivate more than abstract global impacts.

4. Embodied > Cognitive

Physical ritual interactions create deeper engagement than mental tasks.

5. Mentorship > Instruction

Culturally-respected figures provide better guidance than system tutorials.

My Role

  • Project Lead
  • UX Researcher
  • System Designer
  • Data Analyst & Visualizer
  • UX Writer

Team

  • 1 Researcher (Myself)
  • 1 Designer (Myself)
  • 1 Developer
  • 2 Faculty Advisors

Tools & Methods

  • Stakeholder Interviews
  • Visual & Digital Ethnography
  • Grounded Theory
  • Participatory Design
  • Quantitative Analysis (Python)
  • Figma

🌍 The Challenge: When Climate Games Miss the Mark

Picture this: You're a practicing Hindu who visits temples regularly, celebrates religious festivals, and feels a deep spiritual connection to nature. You want to learn about climate change and take action, but every environmental game you encounter feels... foreign. The characters don't look like you, the solutions don't fit your lifestyle, and the messaging feels disconnected from the values that actually drive your daily decisions.

This disconnect isn't just frustrating—it's a massive missed opportunity. With over 1.2 billion Hindus worldwide, many living in regions severely impacted by climate change, we're failing to engage a huge population in one of the most critical conversations of our time.

1.2B Hindus Worldwide
0 Culturally-Relevant Climate Games
41 Generic Climate Games Analyzed

The Core Problem

Traditional climate change games adopt a one-size-fits-all approach that ignores the rich cultural contexts that actually motivate human behavior. They present generic solutions like "use less AC" or "don't cut trees"—advice that feels abstract and irrelevant to people whose environmental values are deeply rooted in religious tradition.

My Challenge

How might we create climate education experiences that honor users' cultural identities while effectively communicating environmental science and inspiring action?

🎯 Research Strategy: Going Beyond Surface-Level Understanding

Defining the Research Questions

After extensive literature review, I identified a critical gap: while researchers had studied religion and climate change from theological perspectives, and others had analyzed climate game mechanics, no one had deeply explored how to integrate authentic religious practices into interactive climate education.

RQ1: Learning & Motivation

How does the integration of religious rituals and narratives in a serious game enhance players' reflection and interest in climate change?

RQ2: User Experience

How does the integration of religious rituals and narratives in a serious game influence engagement and player experience?

Research Philosophy: Respectful Inquiry

Before diving into methods, I needed to address a fundamental challenge: How do you research religion respectfully as an outsider? My approach centered on collaborative inquiry rather than extractive research. This meant:

🔍 Phase 1: Ethnographic Discovery - Understanding Sacred Spaces

The Journey to Sacred Sites

Rather than relying on secondary sources or laboratory studies, I knew I needed to understand the lived reality of Hindu environmental relationships. This led me to conduct ethnographic fieldwork at two of India's most significant pilgrimage sites: Tirumala and Sabarimala.

Collage of photos taken during visual ethnography at temples
Climate Elements, and Climate Efforts being noted at different religious sites.

Why These Sites?

Immersive Research Methodology

1

Visual Ethnography

412 photographs, 43 videos documenting rituals, environmental practices, and climate impacts

2

Participant Observation

I participated in pilgrimages, rituals, and community practices as a practicing Hindu

3

Field Sketching

In areas where photography was restricted, I documented observations through detailed sketches

4

Informal Interviews

Conversations with pilgrims, temple staff, and local community members during natural interactions

Grounded Theory Analysis

Using constructivist grounded theory, I developed a systematic coding process:

  1. Open Coding: Identified 200+ initial concepts from field data
  2. Axial Coding: Grouped concepts into 15 thematic categories
  3. Selective Coding: Synthesized into 6 core relationships between Hinduism and climate action

Breakthrough Discoveries

The ethnographic work revealed fascinating contradictions and opportunities that no literature review could have uncovered:

Discovery 1

Nature as Living Deities

I observed consistent personification of natural elements—not just as symbols, but as active spiritual beings requiring respect and care. Rivers weren't just water sources; they were goddesses. Mountains weren't just landscapes; they were divine manifestations requiring protection.

Field Note Example
"At dawn, I watched hundreds of pilgrims perform Surya Namaskaram (sun salutation) facing the rising sun, treating it not as a celestial object but as Lord Surya—a deity worthy of reverence. This wasn't metaphorical; these were genuine acts of devotion to natural phenomena."
Discovery 2

Climate Change as Religious Crisis

Climate impacts weren't just environmental problems—they were spiritual crises disrupting sacred practices:

Field Note Example
"During my visit, unexpected heavy rains forced temple authorities to close pilgrimage routes. I watched families who had traveled hundreds of miles break down in tears—not just from disappointment, but from genuine spiritual distress at being unable to complete their religious obligations."
Discovery 3

Environmental Action as Religious Duty

Temple authorities weren't promoting environmental protection for secular reasons—they were framing it as religious obligation:

Discovery 4

Ritual Innovation Opportunities

I identified seven distinct ritual practices that could potentially be digitized while maintaining their spiritual significance:

  1. Chanting (Mantra Recitation): Repetitive vocal prayers with specific pronunciation requirements
  2. Controlled Breathing (Pranayama): Meditation techniques involving rhythmic breathing patterns
  3. Hand Gestures (Mudras): Specific finger and hand positions with spiritual meanings
  4. Scripture Reading: Recitation of holy texts with proper intonation
  5. Sacred Writing (Inscribing): Writing holy words or names as devotional practice
  6. Instrument Playing: Traditional drums, bells, and wind instruments used in worship
  7. Fire Worship (Arati): Ceremonial offering of light to deities

Each ritual had specific rules, meanings, and verification methods that needed to be preserved in any digital adaptation.

🎨 Phase 2: Co-Design & Cultural Navigation

The Sensitivity Challenge

Moving from ethnographic insights to game design required navigating complex cultural sensitivities. My initial prototypes faced significant pushback from religious scholars—teaching me that good intentions aren't enough when working with sacred content.

Initial Design Failure: The God-Player Problem

First Prototype Concept: Players would control Hindu deities directly, using their powers to combat pollution and climate change.

Community Feedback: "This is problematic. Gods are omnipotent—they don't need to 'level up' or become more powerful. Allowing players to control deities could be seen as disrespectful to their supreme nature."

Key Learning: Representation isn't just about inclusion—it's about theological accuracy and cultural respect.

Collage of photos taken during visual ethnography at temples
Discussing with stakeholders, and iterative process taken during the development of Shloka.

Design Iteration: From Control to Collaboration

Revised Approach

Instead of controlling deities, players embody "Shloka"—a chosen child who receives guidance and powers from climate deities through ritual practice.

Why This Worked:

Digitizing Sacred Practices: Technical Innovation with Cultural Integrity

Each ritual digitization required careful balance between technical feasibility and spiritual authenticity:

1

Mudra Recognition System

The Challenge: Hand gestures (mudras) carry deep spiritual significance—each finger position has specific meaning and must be performed precisely.

Technical Solution:

  • Used Google Teachable Machine to create computer vision models
  • Trained on 500+ images of correct mudra formations
  • Achieved 92% accuracy in gesture recognition
  • Built in multiple attempts to account for learning curve

Cultural Validation:

  • Tested with yoga instructors and religious practitioners
  • Refined based on feedback about hand position tolerances
  • Added educational guidance about mudra meanings and proper form

Result: System that accurately recognized gestures while educating users about their spiritual significance.

2

Chanting Recognition

The Challenge: Sanskrit mantras require specific pronunciation and rhythm—mispronunciation can change meaning or be considered disrespectful.

Technical Solution:

  • Integrated OpenAI Whisper for speech recognition
  • Created pronunciation guides with phonetic breakdowns
  • Implemented rhythm detection for proper chanting pace
  • Built feedback system for pronunciation improvement

Cultural Integration:

  • Collaborated with Sanskrit scholars on acceptable pronunciation ranges
  • Included meaning explanations for each mantra
  • Added option to chant along with temple recordings for authenticity

Framework Development: The IGDA Climate Integration

To ensure educational effectiveness, I adapted the IGDA Climate Special Interest Group's framework for climate game design, creating a structure that honored both learning science and Hindu philosophical traditions:

Collage of photos taken during visual ethnography at temples
Different stages in a level in the game Shloka. Each level indicating a specific objective to teach climate change.
1

Knowledge (Gyan)

  • Purpose: Establish understanding of climate issues affecting sacred spaces
  • Hindu Integration: Presented by Goddess Saraswati (deity of knowledge)
  • Example: Learning how industrial pollution affects the Ganges River
2

Attitude (Bhava)

  • Purpose: Develop emotional connection between faith and environmental responsibility
  • Hindu Integration: Perform rituals to connect with relevant climate deities
  • Example: Chanting mantras to invoke Varuna (water deity) before addressing river pollution
3

Efficacy (Shakti)

  • Purpose: Empower players with tools to address climate challenges
  • Hindu Integration: Receive divine powers through completed rituals
  • Example: Using Varuna's trident to purify polluted water in the game
4

Hope (Asha)

  • Purpose: Provide actionable guidance for real-world climate action
  • Hindu Integration: Receive wisdom from climate deities about sustainable practices
  • Example: Varuna advising use of eco-friendly materials for river worship

Technical Innovation Highlights

Breathing Detection System

Technical Implementation:

  • Microphone captures breathing patterns
  • Signal processing identifies inhalation/exhalation cycles
  • Rhythm analysis ensures proper meditation pace
  • Visual feedback guides users to correct breathing

Cultural Integration:

  • Based on traditional Pranayama techniques
  • Includes guided instruction from meditation teachers
  • Respects different breathing capacities and abilities
  • Connects to spiritual benefits of controlled breathing

Fire Worship Recognition

Technical Implementation:

  • Computer vision detects light sources (candle, phone flashlight)
  • Tracks circular motion patterns for proper Arati ceremony
  • Times duration of worship ritual
  • Provides audio cues for traditional prayers

Cultural Integration:

  • Follows authentic Arati ceremony structure
  • Includes explanations of symbolic meaning
  • Accommodates different light sources for accessibility
  • Maintains spiritual reverence throughout interaction

Narrative Design: Respectful Storytelling

Character Development: Shloka as Cultural Bridge

Shloka's Identity:

Why This Character Works:

Deity Representation: Mentors, Not Characters

Design Principle: Hindu deities appear as wise mentors rather than controllable game characters.

Visual Design:

Interaction Design:

📊 Phase 3: Rigorous Evaluation - Measuring Cultural Resonance

Comparative Study Design

To validate Shloka's effectiveness, I designed a comprehensive comparative study against existing climate games. This wasn't just about proving our game was better—it was about understanding what specific elements of cultural integration drive engagement.

Building the Comparison Corpus

Research Question

What types of climate game mechanics currently exist, and how do they compare to ritual-based interactions?

Methodology

Game Categories Identified

  1. Quiz Games
  2. Strategy Games
  3. Platformers
  4. Interactive Narratives
  5. AR/VR Games
  6. Simulation Games
  7. Action Games
  8. Hyper-Casual Games
  9. Word Games

Participant Recruitment: Building Trust

Target Population

Practicing Hindus aged 20-55 with varied religiosity levels

Recruitment Challenges

Trust-Building Strategies

15/9 Participants (M/F)
28.3 Average Age
2hrs Per Session

Measurement Strategy: Beyond Surface Metrics

Validated Instruments Selection

Rather than creating new measures, I selected established instruments that could capture the nuanced effects of cultural integration:

GAMEFULQUEST Survey

Why This Tool: Specifically designed for serious games, measures multiple engagement dimensions

Key Dimensions: Accomplishment, Challenge, Playfulness, Guidance, Competition, Social Connection, Immersion

Cultural Relevance: Social connection dimension particularly important for community-oriented cultures

Player Experience of Need Satisfaction (PENS)

Why This Tool: Based on Self-Determination Theory, measures fundamental psychological needs

Key Dimensions: Competence, Autonomy, Relatedness

Cultural Relevance: Relatedness dimension captures cultural connection aspects

Intrinsic Motivation Inventory

Why This Tool: Measures genuine interest vs. external compliance

Key Dimensions: Interest/Enjoyment, Perceived Usefulness

Cultural Relevance: Distinguishes between surface engagement and deep motivation

Study Protocol: Controlling for Bias

1

Opening Interview (20 min)

Climate attitudes and gaming background

2

Game Rotation (2 hours)

10 games in randomized order using Latin Square design

3

Post-Game Surveys (10 min per game)

Immediate reactions and ratings

4

Neutral Reset (3 min per game)

Standardized video to clear mental palate

5

Closing Interview (30 min)

Comparative reflections and deeper insights

Randomization Strategy

Bias Mitigation

Statistical Analysis: Rigorous Hypothesis Testing

Analytical Approach

Primary Analysis: Within-subjects comparison using non-parametric tests

Sample Size Justification

🏆 Results: When Culture Drives Engagement

Quantitative Breakthrough Results

The statistical results exceeded even optimistic expectations. Across every major dimension measured, Shloka significantly outperformed traditional climate games:

Learning & Motivation Results

Situational Interest - Novelty (3 items, 7-point Likert)

  • Friedman Test: χ²(9, N=24) = 19.45, p < 0.001
  • Effect Sizes vs. Other Games: r = 0.78 to 0.87 (large effects)
  • Key Finding: Players found ritual interactions "fresh" and "new-fashioned"

Intrinsic Motivation - Interest (5 items, 7-point Likert)

  • Friedman Test: χ²(9, N=24) = 10.78, p < 0.002
  • Effect Sizes vs. Other Games: r = 0.44 to 0.87 (medium to large effects)
  • Key Finding: Players genuinely enjoyed the experience, not just tolerated it for learning

What This Means: Cultural integration created authentic interest in climate topics rather than dutiful compliance with educational content.

User Experience Results

Guidance Scale (8 items, 7-point Likert)

  • Friedman Test: χ²(9, N=24) = 27.98, p < 0.001
  • Effect Sizes vs. Other Games: r = 0.76 to 0.87 (large effects)
  • Key Finding: Deity mentors provided more effective guidance than traditional tutorial systems

Accomplishment Scale (8 items, 7-point Likert)

  • Friedman Test: χ²(9, N=24) = 23.89, p < 0.002
  • Effect Sizes vs. Other Games: r = 0.78 to 0.87 (large effects)
  • Key Finding: Completing rituals + solving climate challenges created "dual achievement"

Qualitative Insights: The Stories Behind the Numbers

The quantitative results were compelling, but the qualitative interviews revealed the deeper mechanisms driving these effects. Through thematic analysis of 14 in-depth interviews, five major themes emerged:

Theme 1

Climate Ethics Through Religious Lens

The Insight: Players reframed environmental responsibility from civic duty to sacred obligation.

"What I can see is a reminder for myself or maybe any player to treat the climate as holy. For example, since I was a kid, if we ever touched a book or paper with our feet, our parents told us to seek forgiveness, because a book represents Goddess Saraswati and is holy. It's something similar here. Ganesha in the game is right, the Ganges is holy and devotees, the government, should treat it that way." — Participant 2

Deeper Analysis: This participant connected childhood moral education to environmental ethics—a cognitive bridging that traditional climate games never achieve. The game didn't teach new values; it activated existing moral frameworks.

Design Implication: Cultural resonance works by connecting new behaviors to established moral systems, not by creating entirely new value structures.

Theme 2

Relating to Climate Consequences

The Insight: Localized climate scenarios affecting familiar sacred places created emotional urgency that abstract global impacts couldn't match.

"I watched a few documentaries on climate change; most of them just talk about the Arctic Circle melting, polar bears, glaciers. Which is fine, and I am sad. Even the other games, like one where it shows water level here in Chittorgarh, it's nice to see that, oh, the fort here will be underwater at the end of climate change. But still, other games like the coral bleaching one also show a reef, which I don't think I will ever visit. However, Shloka shows places I know, I have visited, and it's sad to know not 100 years but actually now these holy places are being destroyed." — Participant 1

Deeper Analysis: The participant distinguished between three levels of climate impact:

  1. Distant/Abstract (Arctic ice, polar bears) - intellectually sad but not personally urgent
  2. Nationally Relevant (Indian forts flooding) - more relatable but still distant
  3. Personally Sacred (temples they've visited) - emotionally urgent and personally meaningful

Design Implication: Emotional engagement requires personal relevance, and for many people, religious spaces carry deeper personal significance than secular locations.

Theme 3

Motivation Through Granular Climate Actions

The Insight: Culturally-specific, achievable actions felt more motivating than generic environmental advice.

"It is November right now, and see how hot it is, so the whole 'do not use the AC' does not apply to me. [...] And 'do not cut trees' is useless advice, because why would I pick an axe and chop trees? These are just textbook suggestions. But disposing of fireworks carefully after Diwali, or not spilling oil in the river when I put my diya—these are things I can work on. These are workable stuff." — Participant 2

Deeper Analysis: The participant revealed how traditional climate advice fails because it assumes behavioral contexts that don't match their lived reality. In contrast, religiously-contextual advice connected to actual behaviors they perform regularly.

Design Implication: Actionable guidance must connect to users' existing behavioral patterns, not impose entirely new lifestyle requirements.

Theme 4

Immersive Ritual Experience

The Insight: Physical ritual performance created embodied engagement that passive gameplay couldn't match.

"In other games, the outcome is pretty expected, like I scan and I know how much I am going to drown, or I choose a wrong answer I know it's game over. It's the being on your toes part which these games lack; however, in Shloka my back was straight I know what I am specifically doing, like ritual which makes it more immersive, and engaging." — Participant 14

Deeper Analysis: This participant identified a crucial difference between cognitive engagement (thinking about choices) and embodied engagement (physical participation). Ritual performance required focused attention and physical presence that created deeper immersion.

Design Implication: Embodied interactions can create more engaging experiences than purely cognitive tasks, especially when the embodied actions carry cultural meaning.

Theme 5

Community Representation

The Insight: Authentic cultural representation created sense of belonging and recognition that motivated continued engagement.

"I think compared to other games, it (Shloka) has the right blend of narrative and things to do. The culture aspect to it makes it more connecting, which almost feels like being seen as a community, in an interactive way. But also at the same time, kind of driving a complex problem like climate change home." — Participant 14

Deeper Analysis: The participant described feeling "seen as a community"—suggesting that representation goes beyond individual identity to collective recognition. This created motivation not just for personal learning but for community advocacy.

Design Implication: Authentic cultural representation can create community connection even in individual experiences, which may motivate broader social engagement.

đź’ˇ Design Principles & Strategic Implications

Core Design Principles Discovered

Through this research, I've identified five key principles for culturally-responsive UX design:

1

Cultural Authenticity Over Cultural Aesthetics

The Principle: Surface-level cultural elements (colors, symbols, music) don't create engagement—authentic cultural practices and values do.

Evidence from Study:

Application Guide:

2

Values-Based Motivation Over Feature-Based Persuasion

The Principle: Connect new behaviors to existing moral frameworks rather than creating new value systems.

Evidence from Study:

Application Guide:

3

Localized Relevance Over Universal Impact

The Principle: Personal/local consequences motivate more than global/abstract impacts.

Evidence from Study:

Application Guide:

4

Embodied Interaction Over Cognitive Processing

The Principle: Physical/ritual interactions create deeper engagement than purely mental tasks.

Evidence from Study:

Application Guide:

5

Mentorship-Based Guidance Over System-Based Instruction

The Principle: Guidance from culturally-respected figures feels more supportive than system tutorials.

Evidence from Study:

Application Guide:

🚀 Project Impact & Professional Growth

Academic Impact

Publications

  • CHI 2024 - Full Paper (Top-tier HCI Conference)
  • Games for Change Festival - Featured Project
  • 2 Workshop Papers on Cultural Game Design

Recognition

  • Best Paper Honorable Mention Nomination
  • Student Game Competition Finalist
  • Invited talks at 3 universities

Real-World Application

Current Implementations

Personal Growth & Skills Developed

Research Skills

  • Ethnographic fieldwork
  • Cross-cultural research ethics
  • Mixed methods analysis
  • Statistical analysis (R, SPSS)

Design Skills

  • Culturally-responsive design
  • Serious game mechanics
  • Ritual interaction design
  • Narrative design for education

Technical Skills

  • Unity game development
  • Computer vision (Teachable Machine)
  • Speech recognition integration
  • Sensor-based interactions