Prototype Concept
7Taps-style micro-course.
A swipeable, story-inspired learning pattern exploring how short-form, mobile-first experiences can reduce friction and improve learner engagement.
Story card
Short learning moments can feel more approachable than long courses.
Concept Overview
Micro-learning designed to feel more like a story than a course.
This prototype explores how swipeable, card-based experiences can create a lighter, more approachable learning flow for mobile learners.
Instead of overwhelming learners with dense information, the experience delivers short moments of content designed for quick comprehension and momentum.
The interaction pattern borrows inspiration from social apps and story-based experiences to create a more modern rhythm for workplace learning.
The goal was not to recreate 7Taps directly, but to explore how mobile-native interaction patterns could influence the pacing and feel of learning experiences.
Prototype Demo
Swipeable learning designed for short attention spans.
Story pacing
Each screen is intentionally concise, creating a rhythm that feels more like scrolling through content than sitting through training.
Mobile-first interaction
The concept prioritizes readability, touch interaction, and lightweight navigation patterns designed for phones.
Lightweight progression
The interaction pattern focuses on small moments of progress instead of overwhelming learners with large information dumps.
Design Strategy
Small learning moments create less resistance.
Reduced friction
The experience minimizes navigation complexity and encourages lightweight interaction patterns.
Mobile readability
Short content blocks improve readability and reduce learner fatigue on smaller screens.
Story rhythm
The pacing creates a natural flow that encourages learners to continue progressing through the experience.
What This Explores
Learning experiences can feel lighter without losing meaning.
This concept explores how modern interaction patterns from social and consumer apps can influence workplace learning design.
By reducing friction and improving pacing, learning can feel more approachable while still supporting performance and decision-making.