1. Biomechanics of anatomical segments
  2. Basic concepts in the anatomical study of movement
  3. Static and dynamic posture
  4. Kinetics and kinematics
  5. Study methods in biomechanics

  1. Definition and importance of sports biomechanics
  2. Kinesiology and biomechanics
  3. Relationship between biomechanics and physical activity

  1. The origin of numbers
  2. Measurement of quantities
  3. Trigonometry
  4. Vector Calculus

  1. General mechanical considerations. Concepts and types
  2. Mass: gravitational mass and inertial mass
  3. The force and momentum of a force
  4. Equilibrium conditions, Newton's first law
  5. Newton's Third Law
  6. Centre of mass and centre of gravity
  7. Centre of gravity in the human body
  8. Stability of the balance

  1. Basic fundamentals of kinematics
  2. Basic concepts of kinematics
  3. Types of movements
  4. Angular kinematics (rotation)
  5. Linear and angular movement in sport
  6. Kinematics applied to sport

  1. Concept of dynamics
  2. Newton's Laws
  3. Frictional forces
  4. Mechanical impulse and quantity of movement
  5. Moment of inertia
  6. Angular or kinetic momentum
  7. Forces exerted by fluids

  1. Energy. History and concept
  2. Energy conservation and degradation
  3. Work
  4. Power
  5. Efficiency
  6. Levers
  7. Pulleys

  1. Bone morphology and physiology
  2. Composition of the skeleton
  3. The skeletal system and its development
  4. Bone system: Structure
  5. The different joints related to movement

  1. Muscle physiology
  2. Muscle tissue
  3. Muscle classification
  4. Ligaments
  5. Dorsal musculature
  6. Tendons

  1. Upper limbs
  2. Lower extremities

  1. The abdomen
  2. Chest
  3. Head and neck

  1. Introduction to the Nervous System
  2. Anatomy of the Nervous System
  3. Physiology of the Nervous System

  1. The respiratory system
  2. Physiology of respiration

  1. Basic concepts
  2. Physiology and anatomy of the digestive system
  3. The digestion process

  1. Anatomy of the circulatory and lymphatic system
  2. Cardiac physiology

  1. Biomechanics of anatomical segments
  2. Basic concepts in the anatomical study of movement
  3. Static and dynamic posture
  4. Kinetics and kinematics
  5. Study methods in biomechanics

  1. The human march
  2. Cycle of gait
  3. Biomechanics of the stance phase of gait
  4. Biomechanics of the swing phase of gait
  5. Muscle chains involved in gait, detection of muscle shortening, basic preventive and improvement measures

  1. The cervical spine: anatomy and biomechanics
  2. The dorsal spine and thorax: anatomy and biomechanics
  3. The lumbar spine: anatomy and biomechanics

  1. Anatomy of the upper limb
  2. Biomechanics of the upper limb

  1. Anatomy of the lower limb
  2. Biomechanics of the lower limb

  1. Kinematic measuring equipment
  2. Kinetic measuring equipment
  3. Portable instrumentation in sports biomechanics
  4. Equipment selection criteria

  1. Fundamentals of metrology applied to biomechanics
  2. Calibration and verification of biomechanical equipment
  3. Errors in biomechanical measurement

  1. Key concepts in functional assessment
  2. Biomechanical tests for movement assessment
  3. Assessment of muscular strength and endurance
  4. Analysis of balance and postural stability
  5. Anatomical and functional study

  1. Design of assessment protocols in sports biomechanics
  2. Factors to consider when planning biomechanical tests

  1. Introduction to sports technology
  2. Movement analysis and new technologies
  3. Technological future in sport
  4. Types of digital applications for anatomical and functional analysis

  1. Historical background: development of electromyography
  2. What is electromyography?
  3. Physiological basis of electromyography
  4. Electroneurography, or the study of nerve conduction velocity.
  5. Integration of electromyography with other biomechanical systems

  1. Concept of sports injury and its relevance
  2. Causes of sports injuries
  3. Phases of sports injury
  4. Factors influencing injury and healing
  5. Prevention of sports injury
  6. Pre-medical examination
  7. Psychology of sports injury
  8. Phases of injury recovery treatment

  1. Osteology of the lower limb
  2. Lower limb musculature
  3. Leg and thigh injuries
  4. Knee injuries
  5. Ankle injuries
  6. Foot injuries

  1. Anatomical review
  2. Thoracic and abdominal injuries
  3. Hip injuries
  4. Back injuries

  1. Anatomical review
  2. Shoulder injuries
  3. Upper extremity injuries
  4. Wrist and hand injuries

  1. Anatomical review
  2. Injuries to the skin as a result of sporting activities

  1. Syncope and sudden death in sportsmen and women
  2. Epistaxis
  3. Anaemia in athletes
  4. Menarche, dysmenorrhoea and sport
  5. Traumatic brain injury
  6. Eyelid and adnexal lesions
  7. Corneal erosions
  8. Mouth injuries

  1. Myology
  2. Different types of muscle tissue
  3. Main characteristics of muscle tissue
  4. Characteristics of skeletal muscle
  5. Elements and characteristics of muscle attachments
  6. Muscle tone and strength Main characteristics
  7. Muscle contraction Main characteristics

  1. The use of muscle energy
  2. Carbohydrates
  3. Fat in physical exercise
  4. Protein in physical exercise
  5. Vitamins
  6. Minerals
  7. Water in physical practice

  1. Physiology in the practice of physical exercise
  2. Characteristics of physical exercise
  3. Organic adaptations present during physical exercise
  4. Fatigue during physical exercise

  1. Water balance
  2. Water intake and elimination
  3. The functions of water during sport
  4. Fluid and electrolyte replenishment during sports practice
  5. Guidelines for proper fluid, carbohydrate and electrolyte replenishment
  6. Types of drinks recommended during sport
  7. Hyperthermia and dehydration Effects

  1. Beginnings of ergogenic techniques
  2. Lipids and carbohydrates as ergogenic aids
  3. Protein, amino acids and other nitrogenous substances used for ergogenic purposes
  4. Vitamins and minerals as a supplement
  5. Bicarbonate, citrate and phosphate
  6. Other substances used as ergogenic aid
  7. Doping

  1. Sports performance
  2. Influence of nutrition on sports performance
  3. Nutrition for training
  4. Nutrition for recovery

  1. Food education
  2. Caloric expenditure rates
  3. Carbohydrates and their requirements during sports activities
  4. Fats
  5. Protein and its requirements during sport
  6. Hypertrophy training

  1. Physical activity in childhood
  2. Physical activity in adolescence
  3. The practice of physical activity in adulthood
  4. Physical activity in old age

  1. How to apply precision nutrition?
  2. Personalised diets in consultation
  3. Nutrigenomics of sport

  1. Coaching Concept
  2. The origin of sports coaching
  3. Sports coaching: learning to flow