An interactive digital flipbook designed to improve English pronunciation through structured practice in vowels, stress, and intonation.
Method
A research-backed approach combining contrastive analysis, cognitive load theory, and flipped learning.
Identify your current pronunciation gaps and set a baseline score for tracking improvement.
Each module covers a specific feature — vowel length, diphthongs, word stress, or intonation.
Hear native pronunciations, record yourself, then compare to identify differences.
Complete exercises and quizzes. The post-test shows how much your accuracy has improved.
Curriculum
Progress from segmental features (vowels, consonants) to suprasegmental features (stress, intonation).
Distinguish between short /ɪ/ and long /iː/, practice minimal pairs like ship / sheep, and record your own pronunciation.
Master the 8 English diphthongs with color-coded charts, articulation guides, sentence exercises, and fast speech practice.
Visualize syllable stress patterns and practice noun/verb contrasts like REcord vs reCORD.
Learn how stressing different words changes meaning. Practice content vs. function word contrast in natural speech.
Master falling ↘, rising ↗, and fall-rise ↘↗ patterns with visual pitch diagrams and audio comparison exercises.
Take the pre-test and post-test. View your individual error map, compare scores, and track improvement across all modules.
Take the pre-test first to establish your baseline, then work through the modules and take the post-test to see your improvement.
Pedagogical Foundation
This model integrates four established theories in language education and cognitive science.
Robert Lado — Comparing L1 and L2 systems to predict and explain errors in second language acquisition.
Charles C. Fries — Building pronunciation accuracy through systematic pattern drilling and contrast exercises.
John Sweller — Minimalist, focused design to reduce extraneous cognitive load during phonetic learning.
Jonathan Bergmann — Students engage with content at their own pace, with interactive self-checks built in.