1 Month
10/12/2025
6/8 hours per week
Specialized course (executive education)
Online, asynchronous
Spanish/English
Intermediate
This Specialized Course focuses on the rehabilitation of the knee extensor mechanism, addressing both muscular injuries of the rectus femoris (including, though less frequently and less complex, injuries of the vastus muscles) and pathologies of the quadriceps and patellar tendons, while detailing exercise typologies according to the specific condition being rehabilitated.
The proposed exercises cover a broad range of applications for dysfunctions within this anatomical complex. The first conceptual axis is divided into two sections. The first section focuses on muscle injuries. The second section centers on the rehabilitation of patellar tendinopathy.
These conditions are contextualized within the rehabilitation process, highlighting the key points identified by various authors in the scientific literature regarding these pathologies.
The three subsequent conceptual axes adopt a fully practical orientation, involving the analysis and discussion of a series of exercises and tasks that challenge all structures of the knee extensor mechanism. The goal is for students to develop a solid understanding and critical reasoning capacity, enabling them to explain the rationale behind each proposed exercise.
To achieve this, the course incorporates electromyographic, kinematic, and dynamic analyses (where necessary), using synchronized data from multiple systems to ensure accurate interpretation.
1. Rehabilitation of the Knee Extensor Complex in Football: From Injury to the Field
2. Initial Traction Stimulus and Involvement of the Entire Anterior Chain
3. Initiation of Closed Kinetic Chain Actions and Increased Tension in the Open Kinetic Chain
4. Increased Traction Tension in the Extensor Mechanism and Progression Toward Functionality
Access to the Innovity® Method: Science, Methodology, and Application
Expert Mentorship: Testimonials, Best Practices, and Insights from Experts—Directly from the Field
Access to Materials Anytime, Anywhere, and from Any Device
24/7 Support, Synchronous or Asynchronous, According to Your Preference, Provided by the Innovity Professional Team
Case Method: Effective Use of Learned Tools and Concepts
Self-Assessments to Measure Learning Progress
Comprehensive Final Exam
Certificate of Completion or Attendance, as Applicable
PhD in Sports Sciences from the University of Zaragoza (Spain). He holds a Bachelor’s degree in Sport Sciences from the University of Barcelona and a Bachelor’s degree in Physiotherapy from the Autonomous University of Barcelona. In the academic field, he has collaborated with several universities in departments of Physiotherapy and Sport Sciences. He is currently Director of the Department of Physiotherapy at the International University of Catalonia (since the 2020–2021 academic year). Previously, he served as Director of the Master’s program in Readaptation to Physical Activity and Sport at the University of Girona (2011–2021). He is the author of numerous scientific articles, with research particularly focused on the effects of inertial training systems for strength development, both in performance enhancement and injury prevention.