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Overview
Problem
of children experience difficulties with handwriting development
Traditional handwriting practice workbooks and digital apps show what letters should look like but fail to provide clear instructions on letter formation sequences, reinforcing bad writing habits in children.
Project Vision
This project reimagines handwriting practice by augmenting traditional workbooks with AR technology. By overlaying visual guides directly onto children's writing surfaces and providing immediate feedback on stroke order, direction, and form, young learners can build correct muscle memory while maintaining motivation through gamified practice sessions and rewards.
The final MVP product — Concept Video
Core Features
Physical + Digital
Preserves pencil-on-paper benefits while adding interactive digital guidance overlay
Real-time AR Guidance & Feedback
Step-by-step visual guidance with instant feedback
Gamified Learning
Story missions and 3D rewards transform repetitive practice into engaging, educational adventures
Research
Competitive Analysis
To understand the current landscape and identify opportunities, I analyzed existing solutions — from traditional workbooks to the latest digital apps, examining their approaches to handwriting instruction and identifying their limitations.
Handwriting workbook
Visual-word association:
The illustration demonstrates the alphabet in context
Lack of guidance on stroke sequence and formation
No stroke validation & No error correction
Handwriting workbook
Clear starting points:
Indicate the starting point for forming the alphabet
Story integration
Incomplete guidance for letters requiring multiple strokes
Overly complex scenes:
Illustrations feature distracting elements beyond the alphabet that may confuse learners.
Handwriting practice app
Animated instructions on stroke direction, sequence, and letter formation
Immediate feedback when incorrect letter formation is traced
Weak muscle memory formation:
Digital handwriting on touchscreens limits the development of muscle memory for letter formation
Animated instructions only play once, making it difficult to remember
Research
Contextual Observation
To gain insights into the target audience, I conducted observational usability testing with my preschool-age cousin. I watched how she interacted with both traditional workbooks and a digital app, documenting her behaviors, facial expressions, and verbal feedback throughout the experience.
Ideation
Features Mapping
The following framework shows how research insights directly informed design decisions, ensuring each AR feature addresses specific pain points observed during user testing.
Research
Storyboard
This storyboard illustrates a user's journey through one practice session from a first-person perspective, helping me immerse myself in the user's situation and better understand their interactions with the product.
