The Johns Hopkins Department of Physical Medicine and Rehabilitation provides a wide range of educational programs, events and trainings for physical, occupational and speech-language therapists and therapy students. No matter where you are in your career, you can find a learning opportunity that meets your needs.
Our Education Programs
Physical Therapy
Continuing Education Programs
Clinical Vestibular Competency Course
Format: Online (now – November 30, 2024) and in person (September 13 – 15, 2024)
This online course with an optional three-day in-person training offers an opportunity to practice your vestibular pathology and rehabilitation skills and get certified. This course is designed for rehab specialists, but other clinicians who are interested in vestibular medicine are welcome.
Orthopaedic Physical Therapy Certificate Program
Format: Online, rolling admission
This program offers an asynchronous online curriculum of post-professional didactic education for physical therapists. Enroll in a single course or complete the full five-course program to earn a certificate.
Orthopaedic Physical Therapy CEU Series
Format: In person, various dates (August – November 2024)
This in-person four-module education series aims to equip physical therapists, occupational therapists and chiropractors with the knowledge and skills to provide optimal care to patients with musculoskeletal conditions.
Sports Medicine Physical Therapy CEU Series
Format: In person, various dates (July, September and December 2024)
This in-person three-module education series provides physical therapists, athletics trainers, physicians and chiropractors with knowledge and skills needed to deliver expert-level care to athletes, from on-the-field injury management through sports performance testing.
Upper Extremity Orthotics Fabrication Course
Format: In-person, October 26 - 27, 2024
This in-person course teaches clinicians the principles and processes for creating different types of custom upper extremity orthotic, including how and when to use various splinting materials and considerations for human biomechanics.