Liz Gaggini’s


- this format includes practitioner exchanges. 

Instructor: Aimee Kolsby


Course Description: Based on the principles of connective tissue adaptability and tensegrity mechanics,  this five-module series teaches a full body approach for correcting the structural misalignments that create pain and joint degeneration which greatly disturb equilibrium, balance and integrated movement.  



Sat-Sun May 4-5, 2019

Biomechanics of the Pelvis and Natural Alignment 

You will learn to assess natural alignment through factors of girdle position, spinal curvature and appendicular rotations. You will learn the anatomy and kinesiology of the different patterns of tilt, shift, symmetry and asymmetry that can be found within the pelvic girdle.   Work will be demonstrated for bringing the pelvis into balance and symmetry.



Sat-Sun July 20-21, 2019

Biomechanics of the Arms and Legs

You will learn how appendicular counter-rotations create adaptive function.  Specific assessments for all the joints of the legs, feet, arms and hands will be demonstrated and practiced. You will learn specific techniques for de-rotating segments of the legs, feet, arms and hands for creating greater adaptive range.



Sat-Sun Sep 21-22, 2019

Biomechanics of the Shoulder Girdle 

As with the pelvis, here you will learn the anatomy and kinesiology of the different patterns of tilt, shift, symmetry and asymmetry that can be found with the shoulder girdle.  Work will be demonstrated for bringing the shoulder girdle into balance and symmetry.



Sat-Sun Nov 16-17, 2019

Biomechanics of Spine and Neck

You will learn to apply the principles of spinal biomechanics to the entire skeletal and fascial matrix of the entire torso. You will learn palpatory, visual and movement techniques for assessing vertebrae and rib alignments.   You will learn a full matrix approach for correcting the side bends and rotations of the spine and ribs that integrates with the work for the pelvic and shoulder girdles.



Sat-Sun Jan 25-26, 2019

Advanced Techniques and Dysfunctional Patterns 

You will see how not all asymmetries are functionally adaptive. These dysfunctional asymmetries prevent the progress of any structural integration applications.  You will learn special correction protocols for transforming these dysfunctional alignments into functional asymmetries that then can be further corrected with structural work. Advanced techniques include working with joint motility and indirect techniques. 


Registration, Tuition & Information



1027 N. Coast Highway - #7

Laguna Beach, CA 92651    

(located above the Guitar Shop at the corner of PCH and Fairview Street)

Cost: $800 if Paid in full for all five modules by Module 1 weekend. Otherwise $200 per Module ($1000). Persons who have previously taken the full Biomechanics Series can take a 50% discount on this class. Early deposit rules apply to repeating participants.

Manuals: A study manual for each class can be purchased directly from Liz Gaggini once the final tuition payment is received. You should plan to read the manual before coming to class. You will need to bring it with you to class. Printing the manual on a color printer or having it loaded onto a laptop or tablet at class will be necessary.

Deposit: $50 to hold your spot in the class. Deposits are refundable less a 25% adm. fee if cancellation is more than 30 days prior to a class. Final Tuition is due not less than 2 weeks prior to a class. Class manuals can be downloaded whenever final tuition is paid.

Payment: Make checks payable to Aimee Kolsby and mail to: 1027 N. Coast Hwy #7, Laguna Beach, CA 92651. Payment by credit card can be made at At the PayPal site click on the “Send Money” tab. In the box labeled “TO”, enter the email address, Venmo (@Aimee-Kolsby)

Continuing Education Credits are available at the Type 1 level, 6 Category 1 credits per day, with the IASI.

Further information on this and other Biomechanics and Core Integration classes is always available at Liz Gaggini's web site - You can also email Aimee with any questions at