Math Quest: Learning Multiplication Through Interaction
Role: Designer, Researcher, Collaborator
Collaborators: Yatish Juneja, Vidya Zuluk, Komal Jain, Sukriti Mukherjee
Project Overview
Multiplication tables are foundational in primary education, yet they are commonly taught through rote memorization and group recitation.
These approaches often lead to surface level recall without conceptual understanding and can disadvantage slower learners.
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This study investigated how children aged 6 to 10 learn multiplication and explored whether embodied, collaborative interaction could improve engagement and conceptual retention.
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The outcome was a research informed interactive installation prototype designed to reduce memorization anxiety and increase voluntary engagement.
Research Problem
Despite curriculum emphasis on multiplication fluency, many children:
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Struggle with random recall
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Rely on sequential recitation
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Experience anxiety during group performance
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Disengage from traditional repetition methods
The core question was not how to gamify math, but:
How might we design an interactive system that supports conceptual understanding and improves recall without reinforcing performance pressure?
Research Objectives
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Understand current teaching and learning methods for multiplication
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Identify breakdown points in memorization and conceptual comprehension
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Evaluate engagement patterns in activity based learning
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Explore how collaborative versus competitive interaction influences learning
Key Findings
1. Memorization Is Linear,
Recall Is Not
Children primarily learned through:
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Group recitation
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Repetitive writing
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Pattern memorization
While many could recite tables sequentially, they struggled to answer questions presented randomly.
Insight: Memorization fluency did not translate to flexible recall.
2. Group Recitation Amplifies Anxiety
Teachers reported that:
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Faster learners dominate
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Slower learners withdraw
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Public mistakes reduce confidence
Insight: Current teaching structures unintentionally increase performance pressure.
3. Engagement Increases with Embodied Interaction
Children showed higher interest in:
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Activity based tasks
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Visual feedback
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Game like progression
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Social interaction
Unexpectedly, younger children collaborated instead of competing when placed in multiplayer settings.
Insight: Collaboration may reinforce conceptual scaffolding better than competition.
4. Repeated Addition Is Under Reinforced
Repeated addition was used to introduce multiplication but not consistently visualized during memorization.
Opportunity: Reinforce multiplication through visible additive growth mechanics.
Methodology
Participants
18 semi-structured interviews:
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9 children aged 6 to 10
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6 teachers
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3 parents​
​Methods
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Semi-structured interviews
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Classroom observation
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Affinity mapping
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Behavioral synthesis
Design Hypothesis
If multiplication practice integrates physical movement, immediate feedback, and visual representation of repeated addition, then children will:
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Show higher engagement
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Practice voluntarily
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Build stronger conceptual links
Prototype
Installation Concept
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A dome shaped multiplayer structure integrating:
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Touch screen selection interface
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Character customization
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Physical climbing interaction
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Sequential and random multiplication challenges
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Real time visual feedback
Correct answers resulted in character “army” growth, visually reinforcing repeated addition logic.
Usability Testing
Participants
Children aged 6 to 10 in small group sessions.
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Observations
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90 percent understood instructions without adult assistance
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High engagement with character customization
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Multiplayer sessions resulted in collaboration rather than competition
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Younger children required more conceptual prompting but remained highly engaged
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Children described the activity as a “game,” not “studies”
What Changed Based on Testing
Testing revealed:
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Competitive framing was less effective than collaborative progression
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Sequential tapping alone reinforced memorization but not flexible recall
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Younger children needed clearer conceptual reinforcement cues
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As a result, future iterations would:
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Introduce randomized challenges earlier
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Strengthen visual representation of additive grouping
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Add adaptive difficulty progression
Limitations
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No longitudinal retention measurement
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No pre versus post recall testing
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Small sample size
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Prototype not deployed in live classroom environment
Future evaluation would require controlled testing comparing recall accuracy and speed against traditional memorization methods.
Impact
This study demonstrated:
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Strong intrinsic motivation when learning is embodied
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Reduced visible anxiety compared to recitation methods
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Emergent collaborative learning behavior
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High voluntary replay intention
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More importantly, it reframed multiplication learning from compliance based memorization to interactive exploration.
Reflection
The most important insight was behavioral, not technological.
Children did not default to competition. They scaffolded each other’s understanding.
This challenged our assumption that gamified learning must rely on competitive mechanics.
Future iterations would focus on measurable retention outcomes and adaptive personalization to strengthen the research validity of the intervention.