Drexel Division of CNE

Class Enrollment

Class Registration
Gross Anatomy of the Upper Extremity: A Laboratory Dissection Course
Date/Time: Fri 5/16/2025 at 8:00 AM

This class continues on:
Sat 5/17/2025 at 8:00 AM
Location: Drexel Health Science Building
Class Price: $525.00

 

 

Course Schedule:  May 16-17, 2025

Join us for this collaborative continuing education course offered by the faculty of Doctor of Physical Therapy programs in the Philadelphia area. This two-day, laboratory intensive course will feature 14 hours of hands-on gross dissection from the shoulder girdle to the distal phalanges, guided by decorated leaders of post-professional and graduate education, and clinical specialists.   A 3-hour on-line component to be viewed prior to the lab course will provide background knowledge of upper extremity anatomy and cadaver lab safety. Participants will be provided with the unique opportunity to explore human anatomy in an interactive environment and enhance their understanding of the key concepts that guide clinical practice. 

Open and applicable to PT's, OT's, and ATC's. This course will be a total of 1.4 CEU's (14 Contact Hours). 

Drexel University is a Pre-Approved Pennsylvania Physical Therapy Continuing Education Sponsor

Course Price: $525.00.

10% discount to approved clinical partners and alumni of Drexel, Temple, Jefferson, and Saint Joseph’s University’s.


Course faculty: 

Noel Goodstadt, PT, DPT, OCS                                    Drexel University

Jacqueline Phillips, PhD, LAT, ATC                               Drexel University

Michael O'Hara, PT, DPT, OCS                                     Temple University

Stephanie Muth, PT, PhD                                               Jefferson University

Shaun Varrecchia, PT, DPT, GCS, Cert. MDT                Saint Joseph’s University

Michael Knapp, PT, DPT, OCS, SCS, Cert. MDT           Saint Joseph’s University

 

Learner Outcomes

  1. Explore the upper extremity through dissection to identify key bony, muscular, and neurovascular structures. 

  2. Develop a sound understanding of the spatial relationship of anatomical structures in the upper extremity through gross dissection, models, and discussion.  

  3. Discuss the role of human anatomy and biomechanics for the application of principles into clinical practice.

  4. Review, develop, and refine cadaveric dissection skills.