Immersive Postgraduate Tracks

(Hands-On) 

Advanced practitioners entering the physical residential phases are strictly triaged into operational tracks that dictate their physical manual boundaries and clinical model access:

• Track A: Hands-On Postgraduate Attendee

  • Prerequisites: Requires current certification as an IASI-approved 10-Series Practitioner or active enrollment in the practitioner phase of an IASI-recognized basic training program. Applicants must have a minimum of 8 years of clinical experience, pass a comprehensive admissions interview, and provide active BCSI certification.

  • Scope & Clinical Bounds: Fully authorized for direct, supervised hands-on clinical trades, model contact pairs, and multi-planar somatic organization across the modules. Authorized for 42 SI CE Hours via active model contact.

  • Module D Directive: Nilce Silveira’s Capstone Residency in Brazil is strictly locked to in-person, hands-on postgraduate practitioners.

Track B: Comprehensive Teaching Assistant (TA) Training Track

The TA training module serves as an advanced residency practicum engineered for seasoned clinicians transitioning into structural education.

• Prerequisites & Credentials: Candidates must hold formal Advanced Practitioner status in Structural Integration and have completed an IASI-approved advanced training pathway. All TA files must pass board verification parameters.

• Residency Operations & Scope: TAs are embedded directly into live, synchronized operations. Their practicum demands 100 hours per year of supervised pedagogy, where they co-manage active clinical student rotations, track advanced pedagogy delivery, and provide direct hands-on student supervision alongside senior Elder faculty.

• Syllabus & Clinical Hierarchy Integration: Under the clinical framework, TAs coordinate directly with Health Sciences Director Piotr Szałański, PhD, MSc, to optimize the synthesis of raw structural anatomy, fascial network tracking, and canonical Ten-Series logic. TAs assist the Elder Lead Faculty (such as Karen Price and David Davis) in maintaining the safety parameters of the clinical volumes.