Instructor Bio:
Jared Vagy received his doctorate in physical therapy (DPT) from the University of Southern California (USC) and completed a one-year residency in orthopedics and a one-year fellowship in movement science. Dr. Vagy is a clinical assistant professor of physical therapy in the DPT program at USC and is a mentor in both the orthopedic residency and upper extremity elite athlete fellowship programs. He is an international best-selling author and has published three books and numerous articles on injury prevention. Dr. Vagy delivers lectures and seminars worldwide on the topic of the movement system. He is an orthopedic clinical specialist and a certified strength and conditioning specialist.
Dr. Vagy is an innovator in the area of web-based education and remote learning. He held leadership roles in several courses during the conversion of the in-person USC DPT program into an online hybrid format and continues to teach patient management courses in the USC DPT hybrid pathway. He has developed 10 continuing education courses and a certification program on telehealth best practices and is a peer-reviewed published author on the implementation of telehealth in physical therapy.
He has served as a physical therapist in China for the Chinese national track and field team and has worked with USA Track & Field at the Olympic Team Trials. He completed a rotation at the US Olympic Training Center, working primarily with USA men's gymnastics, and has provided medical care at international events, such as the International Weightlifting Federation World Championships. Dr. Vagy has rehabilitated several world champions, gold medalists, and Olympic athletes. His assessments and treatments are rooted deeply in an understanding of the movement system.
Athlete Movement System | The Climbing Doctor | Connect With Jared on LinkedIn
This course will utilize the movement system as a framework to assess advanced running biomechanics. You will improve your movement assessment skills by learning concepts of speed of force generation, maximal voluntary isometric contraction…
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This course will utilize the movement system as a framework to assess the biomechanics of swimming. You will learn how to analyze the four common swim strokes: freestyle, butterfly, breaststroke, and backstroke. You will then advance…
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This course will utilize the movement system as a framework to assess the biomechanics of throwing. You will learn how to classify scapular, humeral, and thoracic movement patterns. You will then advance your movement assessment skills…
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This course is a recording of a previously hosted live webinar event. Polling and question submission features are not available for this recording. Format and structure may differ from standard MedBridge courses.
This course…
Video Runtime: 76 Minutes, Learning Assessments: 34 Minutes
This course will teach you how to identify movement patterns, faulty alignment, and muscle imbalances in the lumbar spine by analyzing patient movement. You will… Read More
Video Runtime: 77 Minutes, Learning Assessments: 36 Minutes
This course will utilize the movement system as a framework to assess the biomechanics of tennis. You will learn how to identify the critical events of the tennis… Read More
Video Runtime: 69 Minutes, Learning Assessments: 17 Minutes
Speed, power, and agility are essential components of sports performance and are often overlooked in the rehabilitation setting. This course will introduce practical… Read More
This course is a recording of a previously hosted live webinar event. Polling and question submission features are not available for this recording. Format and structure may differ from standard MedBridge courses.
This course…
Video Runtime: 44 Minutes; Learning Assessment Time: 64 Minutes
Virtual care delivery presents with unique organizational, practitioner, and patient benefits and barriers that do not exist within traditional in-person care.… Read More
Video Runtime: 172 Minutes; Learning Assessment Time: 34 Minutes
This course is a recording of a previously hosted live webinar event. Polling and question submission features are not available for this recording. Format and… Read More
Video Runtime: 51 Minutes; Learning Assessment Time: 64 Minutes
As virtual care moves into new settings within the health care industry, it is important that clinicians know how to effectively identify when a patient can… Read More
Video Runtime: 72 Minutes, Learning Assessments: 45 Minutes
This is an interactive course that will teach you how to identify faulty alignment and movement patterns in the knee by analyzing patient posture and movement. You… Read More
Video Runtime: 71 Minutes, Learning Assessments: 33 Minutes
This is an interactive course that will teach you how to identify faulty humeral alignment and movement patterns in the shoulder by analyzing patient posture and… Read More
Video Runtime: 69 Minutes, Learning Assessments: 33 Minutes
This is an interactive course that will teach you how to identify faulty scapular alignment and movement patterns in the shoulder by analyzing patient posture and… Read More
Video Runtime: 44 Minutes, Learning Assessments: 39 Minutes
This course will introduce clinicians to best practices for gathering patient history during a telehealth subjective exam. Telehealth continues to be a widely used… Read More
Video Runtime: 60 Minutes, Learning Assessments: 47 Minutes
This course will introduce clinicians to best practices for performing a telehealth objective exam. Telehealth continues to be a widely used patient care model,… Read More
Video Runtime: 48 Minutes, Learning Assessments: 33 Minutes
This course will introduce clinicians to best practices for performing Telehealth interventions. Telehealth continues to be a widely used patient care model and… Read More
Video Runtime: 61 Minutes, Learning Assessments: 37 Minutes
The purpose of this course is to apply successful strategies for telehealth evaluation and treatment in neurologic physical therapy. In particular, we will demonstrate… Read More
Video Runtime: 52 Minutes, Learning Assessments: 34 Minutes
The purpose of this course is to apply successful strategies for telehealth evaluation and treatment in the geriatric population. In particular, we will demonstrate… Read More
Video Runtime: 50 Minutes, Learning Assessments: 24 Minutes
This course covers telehealth assessment and intervention in pediatric disorders within the infant population. This course on telehealth in pediatric physical therapy… Read More
Video Runtime: 54 Minutes, Learning Assessments: 24 Minutes
This course covers telehealth assessment and intervention in pediatric disorders within the toddler population. This course on telehealth in pediatric physical therapy… Read More
Video Runtime: 57 Minutes, Learning Assessments: 24 Minutes
This course covers telehealth assessment and intervention in pediatric disorders within the school-age child population. This course on telehealth in pediatric physical… Read More
Video Runtime: 91 Minutes, Learning Assessments: 28 Minutes
This course is an introduction for medical providers who are interested in advancing their knowledge in assessing and diagnosing rock climbers. You will review the… Read More
Video Runtime: 69 Minutes, Learning Assessments: 31 Minutes
This course will teach you how to assess and treat pain related to the hip joint, caused by excessive or inadequate accessory motion of the femur. You will learn… Read More
Video Runtime: 77 Minutes, Learning Assessments: 29 Minutes
This course will teach you how to assess and treat syndromes of the foot and ankle. You will learn how to identify faulty foot and ankle alignment, movement patterns,… Read More
Video Runtime: 88 Minutes, Learning Assessments: 31 Minutes
This course will teach you how to assess and treat pain related to musculotendinous dysfunction of the hip. You will learn how to identify faulty hip alignment,… Read More
Video Runtime: 68 Minutes, Learning Assessments: 39 Minutes
This course will teach you how to assess and treat neck pain. You will learn how to identify faulty neck alignment, movement patterns, and muscle imbalances by analyzing… Read More
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