Continuing Education Classes
Continuing education for massage therapists who want to understand fascia and structural patterns more deeply, and develop hands-on skills that are effective, precise, and sustainable—both in the treatment room and beyond.
Upcoming Classes
Connective Tissue Massage I
with Jill and Michelle
Join the email list to be notified of upcoming CTM I classes.
Connective Tissue Massage II
with Jill and Michelle
Join the email list to be notified of upcoming CTM II classes.
What is CTM?
Connective Tissue Massage (CTM) is a Structural Integration–informed approach that focuses on fascial layers, body mechanics, and structural change. This system trains practitioners to work with precision and efficiency while creating meaningful change in the body.
Connective Tissue Massage – Level 1 (21 CEUs)
CTM I is a foundational training in fascial work and Structural Integration principles. This course emphasizes sustainable body mechanics, superficial fascial release, and the development of precise, effective touch.
You will learn how to:
- Use your structure to deliver effective, penetrating touch
- Release restrictions in the superficial fascial layer
- Apply Structural Integration principles in a 60-minute full-body session
- Create change without excessive force
- Improve client mobility, pain patterns, and functional movement
- Work with ease and efficiency in your own body
Connective Tissue Massage – Level 2 (21 CEUs)
CTM II builds on foundational skills by introducing deeper fascial layers, advanced Structural Integration concepts, and more refined client engagement strategies.
You will learn how to:
- Work with deeper fascial layers through advanced techniques
- Refine body mechanics for greater precision and power
- Understand fascial layering and tissue differentiation
- Apply more advanced Structural Integration principles
- Use movement cues to enhance fascial release and integration
Future Online Classes
Online classes are currently in development and will explore a range of fascia-related topics such as structural patterns, fascial anatomy, and principles of movement and tissue organization.
