Integration Track
Framework Integration
Master systematic PMU design methodology. This track installs advanced diagnostic frameworks that produce consistent results across complex client presentations.
The Integration Track builds upon your foundational knowledge to develop sophisticated PMU capabilities in correction, elevation, and expressive styling. You will learn to address complex client scenarios with confidence and systematic precision.
Prerequisites
- Foundation Track completion (or equivalent diagnostic training)
- Active PMU certification
- Recommended: Currently practicing PMU
What You'll Learn
- Master the 7-Point advanced mapping system for PMU
- Apply dynamic correction strategies for common PMU issues
- Execute elevation techniques for lifted, open appearances
- Develop expressive styling approaches for PMU
- Create modern edge definitions with precision
- Integrate advanced techniques into cohesive PMU designs
Course Modules
Advanced Foundations Integration
Bridging foundational knowledge to advanced PMU applications.
2 hoursStructural Dynamics
Understanding movement and expression in PMU brow design.
2.5 hoursStructural Variation
Working with exceptional facial structures for PMU.
2 hoursLayered Architecture
Building dimensional, multi-layered brow structures.
2.5 hoursPrecision Technique
Refining stroke work and spacing for optimal PMU results.
3 hoursDynamic Correction
Strategies for addressing common PMU brow issues.
2.5 hoursElevation Methods
Techniques for creating lifted, open appearances.
2.5 hoursExpressive Structure
Developing bold, dramatic styling approaches.
2 hoursModern Edges
Creating crisp, contemporary edge definitions.
2.5 hoursApplied Advanced Practice
Comprehensive integration and assessment exercises.
3 hoursLearning Outcomes
Address complex PMU correction scenarios with systematic approaches
Create elevated designs that enhance facial features
Execute expressive PMU styles with confidence and precision
Adapt advanced techniques to individual client needs
Integrate multiple advanced approaches in cohesive PMU designs