Upon completion of this course, participants will be able to:
Explain the biomechanical and performance principles underlying linear running and multidirectional movement.
Identify and analyze the phases of running, including acceleration, top-speed mechanics, and deceleration.
Demonstrate effective coaching cues and corrective strategies for optimizing running posture, arm action, leg mechanics, and force production.
Differentiate between linear speed, change of direction, and agility, and understand their roles in athletic performance.
Apply evidence-based drills and progressions to improve acceleration, sprint mechanics, deceleration, and multidirectional movement skills.
Design dynamic warm-up and movement preparation programs that support athletic performance and injury prevention.
Integrate strength, power, plyometric, and conditioning principles into athlete development programs.
Develop sport-specific movement and performance training programs that can be implemented in both rehabilitation and performance settings.
Construct a comprehensive 90-minute clinical strength and conditioning session for athletic populations.
Implement strategies that facilitate athlete progression from rehabilitation to return-to-sport performance.