Micro-interactions and Interface Animation
10-week hands-on workshop
Program Overview
Learning Path
Weeks 1-3: Motion Fundamentals
- Physics of natural movement and easing functions
- Duration and timing relationships
- Choreography across multiple elements
- When to use animation versus instant changes
Weeks 4-6: Common Patterns
- Button and link interactions
- Form feedback and validation states
- Modal and drawer transitions
- Loading and skeleton screens
- Navigation and page transitions
Weeks 7-9: Advanced Techniques
- Scroll-triggered animations and parallax effects
- Data visualization transitions
- Gesture-driven interactions
- Performance optimization strategies
Week 10: Accessibility and Implementation
- Reduced motion preferences and alternatives
- Testing across devices and browsers
- Developer handoff and documentation
Requires basic familiarity with design tools like Figma or Principle
Complete Details
Animation in interfaces often falls into two camps: completely absent or way overdone. Finding the right balance requires understanding what motion actually accomplishes.
Good micro-interactions provide feedback, show relationships between elements, and smooth transitions between states. A loading spinner tells users the system is working. A drawer that slides in shows where content came from. These serve functional purposes.
You will learn the physics of natural motion—how easing curves affect perceived speed and why duration matters more than you think. A 200ms fade feels completely different from 400ms, and choosing wrong makes interfaces feel sluggish or jarring.
Prototyping real interactions
Theory only goes so far. Most of the program involves building prototypes you can test. You will create button hover states, form validation feedback, page transitions, loading sequences, and complex multi-step interactions.
Technical implementation
While this focuses on design, you will learn enough CSS transitions and JavaScript basics to prototype interactions without developer help. Understanding technical constraints prevents designing animations that tank performance or feel janky on actual devices.
Accessibility considerations get covered thoroughly because motion can cause problems for users with vestibular disorders. You will implement reduced motion alternatives for every animation.
Enrollment Info
Tuition includes prototyping tool access, animation library resources, and code snippets library. Students need their own computer capable of running design software.
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