Instructor Trainer bios
The Merrithew™ Faculty, or members of our esteemed team of Instructor Trainers, is made up of highly qualified and internationally sought-after educators who are known for their dedication, professionalism and attention to detail. All of our faculty members hold full certification in the STOTT PILATES® method and have achieved additional designations to complement their training. A diverse group, they come from various backgrounds including physical therapy, exercise science, athletic therapy, dance and group and personal fitness training to name a few. Every member of the team strives to uphold the highest standards of training that have been developed worldwide.
SweatShop Fitness Health Club
STOTT PILATES® Matwork & Reformer, Cadillac, Chair, & Barrels, ISP; ZEN•GA® Mat & Equipment; Merrithew™ Fascial Movement
Additional credentials and designations
BA Dance, Mills College
Debra began her journey with STOTT PILATES® after experiencing 18 years of chronic pain from injuries sustained in a car accident. She immediately took a liking to the STOTT PILATES method, realizing it was the only modality that actually worked to heal her body. Becoming a Full Certified Instructor in 2005 and an Instructor Trainer in 2006, her STOTT PILATES training is complemented by a background in dance and gymnastics. She is now a Merrithew™ Lead IT.
She works with people in all states of health, wellness, recovery and restoration, including high level athletes. Debra was chosen to work with touring Cirque de Soleil performers in 2013, and in 2014 she began to travel annually to Korea to provide STOTT PILATES professional training for enthusiastic Korean students.
Debra revels in learning about new, innovative mind-body modalities and anatomy. This is exemplified by her enthusiasm and leadership in ZEN•GA®, Merrithew Fascial Movement, and other mindful movement modalities. She has been immersed in the study of fascia for over ten years and is consistently successful with client concerns, addressing complex dysfunction through a fascial lens.
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