Sinai Rehabilitation Center and University of Maryland Neurologic Physical Therapy Residency

Contact Us

For more information, please contact Tania Brown PT, MPT, Director of Residency Program at

SRCPTResidency@lifebridgehealth.org

410-601-0676

Accreditation Statement:
ABTRFE has granted Sinai Rehabilitation Center & University of Maryland’s Neurologic Physical Therapy Residency program candidacy status.  Candidacy status signifies satisfactory progress toward accreditation. Achieving candidacy status is not an indication that ABPTRFE will grant initial accreditation.  Participants who graduate from a program in candidacy status are not deemed to have completed an accredited program.

The Sinai Rehabilitation Center and University of Maryland Neurological Physical Therapy Residency program is pending ABTRFE accreditation in May 2024. Enrollment of the initial resident began in July 2023.

Residency Mission Statement

The mission of the Sinai Rehabilitation Center and University of Maryland Physical Therapy Residency Program is to provide comprehensive, post-professional education and mentorship in neurologic physical therapy throughout the continuum of care that will offer the opportunity to advance clinical knowledge and skills. The partnership of the clinical and academic institutions integration will bring together strengths to provide robust educational experiences.

Why Choose Our Program

We pride ourselves on delivering the full continuum of care for the patients we serve, and this residency will prepare you to pursue specialist certification in neurologic physical therapy administered by the American Board of Physical Therapy Specialties (ABPTS).

Our robust curriculum will incorporate all aspects of the Neurologic Description of Residency Practice (DRP), leveraging MedBridge online education modules (NCS Prep Program) coupled with individualized face-to-face instruction with expert mentors, across a range of specialty areas.

Patient Care Settings

Our program is designed to offer you extensive learning opportunities throughout the full continuum of care.  As Maryland’s largest community teaching hospital, Sinai gives you unparalleled diversity in urban, suburban and rural patient demographics.

Acute Care Rotation
12 Weeks

Develop foundational knowledge to provide individualized evidence-based care to medically complex patients with neurologic diagnoses. Collaborate with interdisciplinary team to create comprehensive plan of care and to determine discharge recommendations.

ICU Rotation
12 Weeks

Provide comprehensive, compassionate care to patients with complex medical issues resulting from a stroke, spinal cord injury, trauma, surgery or other complicated conditions with a multidisciplinary team.

Inpatient Rehabilitation
12 Weeks

Expand your knowledge and advance your skills in The Louis and Phyllis Friedman Neurological Inpatient Rehabilitation Center which is a 20-bed unit serving patients with diagnoses including brain injury, CVA, and multiple sclerosis. The stroke and brain injury programs are CARF accredited.

Outpatient Rehabilitation
20 Weeks

Enhance your clinical decision making skills working with multidisciplinary team of experts to assist patients to return to their highest level of function. Experience patient-focused specialized Day program.

Program Highlights

  • Full-time, salaried employee with benefit package

  • No fees, tuition free

  • Weekly 1:1 mentoring

  • Access to MedBridge online education for curriculum and faculty led learning

  • Interprofessional learning opportunities including physician led didactics

  • Incorporation of vestibular rehabilitation

How to Apply

We begin accepting applications on October 1, 2023, and our application deadline is mid-February 2024.  Our faculty will review completed applications in RF-PTCAS and will interview candidates on a rolling basis starting in March 2024.  Please apply early, as a candidate with an exceptional completed application may be interviewed and selected prior to the application deadline.

Applications must be submitted through RF-PTCAS