Programme that allows to deepen on the role of strength training both in performance and in reducing the risk of injury, including the neurobiological approach and understanding of voluntary movement in the athlete and providing concepts related to the athlete’s psychological approach.
Fees
COURSE OUTLINES
- Injuries and Team Sports
- MODULE 1: Prevention of and readaptation from injuries
- MODULE 2: Muscle injury and tendinitis management
- MODULE 3: Management of joint and bone injury
- MODULE 4: Decision making and returning to competition
- Injury Prevention
- MODULE 1: BASIC CONCEPTS IN EPIDEMIOLOGY AND INJURY PREVENTION
Unit 1: Basic Concepts in Injury Prevention
Unit 2: Epidemiology in Team Sports - MODULE 2: MUSCLE INJURY PREVENTION
Unit 1: Prevention of the Most Frequent Muscle Injuries
Unit 2: The Preventive Approach to Muscle Injury Prevention - MODULE 3: PREVENTION OF JOINT INJURIES
Unit 1: Prevention of the Most Frequent Lower Limb Joint Injuries ACL (Anterior Cruciate Ligament) Injury
Unit 2: Prevention of the Most Frequent Upper Limb Joint Injuries (Shoulder Injuries) - Module 4: INTEGRATIVE READING
- MODULE 1: BASIC CONCEPTS IN EPIDEMIOLOGY AND INJURY PREVENTION
- Team Sports Pathology
- MODULE 1: Management of medical pathology 1
- MODULE 2: Management of medical pathology 2
- MODULE 3: Sports Specific pathologies
- MODULE 4: Special sports and competitions
- Neuromuscular Basis for Strength Training
- MODULE 1: Characteristics of the musculoskeletal system.
Unit 1: Movement from the central nervous system.
Unit 2: Function of the skeletal muscles. - MODULE 2: Muscle action and its relationship to sports.
Unit 1: Types of muscle action.
Unit 2: Interrelationship of muscle action in movement and posture maintenance. - MODULE 3: Systemic changes in detraining and immobilisation.
Unit 1: Detraining in relation to the skeletal muscle.
Unit 2: Muscle hypertrophy. - MODULE 4: Assessment of muscular properties in relation to sport.
Unit 1: Surface electromyography.
Unit 2: Tensiomyography.
- MODULE 1: Characteristics of the musculoskeletal system.
- Central Processing of Voluntary Movement
- MODULE 1: Characteristics of the musculoskeletal system.
Unit 1: Movement from the central nervous system.
Unit 2: Function of the skeletal muscles. - MODULE 2: Muscle action and its relationship to sports.
Unit 1: Types of muscle action.
Unit 2: Interrelationship of muscle action in movement and posture maintenance. - MODULE 3: Systemic changes in detraining and immobilisation.
Unit 1: Detraining in relation to the skeletal muscle.
Unit 2: Muscle hypertrophy. - MODULE 4: Assessment of muscular properties in relation to sport.
Unit 1: Surface electromyography.
Unit 2: Tensiomyography.
- MODULE 1: Characteristics of the musculoskeletal system.
- Strength and Muscle Power in Injury Rehabilitation
- MODULE 1: Analysis of injury in sports: injury mechanisms and associated risk factors.
- MODULE 2: Sports injuries and their relationship with the quality of strength.
- MODULE 3: Strength manifestations and muscle power in the post-injury rehabilitation process.
- MODULE 4: New paradigms in strength training: muscle building through vascular occlusion.
- Selecting Variables: Are we repeating information or providing additional information?
- MODULE 1: Relationship between internal load variables, and between external load variables
- MODULE 2: Relationship between external load variables
- MODULE 3: Integrating measurements. Efficiency index
- MODULE 4: Selecting variables
- Efferent Organisation of Human Movement
- MODULE 1: MOTOR CORTEX AND CORTICAL SPINAL TRACT
Unit 1: Motor Areas
Unit 2: Giant Pyramidal Cells of Betz and the cortical spinal tract - MODULE 2: ROLE OF THE CEREBELLUM AND BASAL GANGLIA
Unit 1: Cerebellum
Unit 2: Basal Ganglia - MODULE 3: FEEDBACK AND MOTOR ADJUSTMENT
Unit 1: Neurocybernetics
Unit 2: Feedback - MODULE 4: INTEGRATIVE MODULE
- MODULE 1: MOTOR CORTEX AND CORTICAL SPINAL TRACT
- The Life of an Elite Athlete
- MODULE 1: Systemic model
- MODULE 2: Sports career model I and II
- MODULE 3: Dual career
- MODULE 4: Examples of intervention in different transition stages of an athlete's life
- Understand key characteristics for prevention and rehabilitation, and the mechanisms of injury in team sports
- Develop effective, evidence-based prevention strategies
- Manage sport-specific pathologies and injuries
- Enhance critical analysis skills through training in professional roles in sports science and health
- Examine how the central nervous system impacts movement and decision-making abilities
- Apply strength development methodologies to post-injury rehabilitation processes
- Use workload monitoring data to optimize training and reduce injury risk
- Identify and manage the systems involved in movement control and adjustment
- Support athletes in navigating dual careers and key life transitions
COURSE DETAILS
Duration: 9 months.
Average dedication: 6/8 weekly hours.
Delivered in: English.
Aimed at:
• Strength and Conditioning coaches;
• Physiotherapists;
• Return-to-Play coaches;
• Sports Physicians.
Thanks to our integration with remote supervision technologies, the Verified Certificate of Approval:
- Guarantee transparency of the certification process.
- Validates the identity of the certificate holder.
- Accredits the acquisition of specific competencies and skills.
- 24-hour access to study material, from anywhere on any device.
- Accompaniment, monitoring, and virtual support from an expert in the field.
- Activities and assessments with personalised feedback.
- Discussion forums and interaction with colleagues from all over the world.
- Certificate issued by Barca Innovation Hub and endorsed by the corresponding institution.
- Self-assessment to measure your learning progress.
PREREQUISITES
A good understanding of injuries and the human body would be beneficial.