TicApp

Springer Chapter · Design-Based Research

TicApp is a mobile learning project for heritage Chinese learners that translates a concrete character-learning problem into a design solution through design thinking, cognitive load considerations, and iterative evaluation.

Heritage Chinese learners DBR methodology Sound-Form-Meaning

TicApp interface preview showing the mobile application’s learning flow and interaction design.

Design thinking core chapter framing for the project

DBR cycle iterative prototyping and evaluation

Pinyin typing mechanism linking sound, form, and meaning

Springer 2024 published design case

Problem Framing

The project starts from a specific learner problem: many heritage Chinese learners can speak Chinese but struggle to retrieve, recognize, and type characters efficiently. Traditional instruction does not directly address that gap.

Design Contribution

TicApp reframes character learning around typing as a cognitively meaningful learning action, not just an input method, and uses app design to make that process teachable and trackable.

Project Highlights

Frames Chinese character learning as a heavy cognitive load problem involving phonology, orthography, and semantics.
Uses Pinyin-based typing to integrate sound, form, and meaning in a single learner action.
Builds the system through design-based research with iterative feedback from authentic learner and teacher contexts.

Selected Artifacts

TicApp problem framing diagram — The problem framing behind the project: typing is positioned as a way to connect pronunciation, orthography, and meaning while reducing retrieval burden.

TicApp design-based research methodology — The DBR structure behind TicApp, showing how analysis, design, development, and evaluation informed one another.

TicApp learning flow diagram — Core learning loop: real-context input, typed retrieval, and progressive reduction of supports across practice cycles.

TicApp feedback and tracking artifact — Feedback and data-tracking mechanisms that make the app not only instructional, but also responsive to learner progress and error patterns.

Outcome

TicApp demonstrates how a precise learning bottleneck can be translated into an app-based intervention with a clear methodological rationale, iterative design logic, and practical relevance for language learning.

View Springer design case