TLDR;
This video introduces a course on Human Movement Science, outlining its structure, learning outcomes, and the various modules it encompasses. The course is designed to provide a comprehensive understanding of human movement, from the foundational principles of anatomy and biomechanics to practical applications in sports and rehabilitation. Key areas covered include the skeletal, muscular, and nervous systems, functional anatomy, biomechanics, and the integration of these disciplines. The course also aims to equip students with the skills to analyse movement, identify performance and injury patterns, and explore career opportunities in the field.
- Introduction to Human Movement Science and its integrated fields.
- Understanding of human body systems governing movement.
- Biomechanical understanding of movement and its application.
- Exploration of career opportunities in Human Movement Science.
Introduction to Human Movement Science [0:00]
The course is structured into eight modules, each covering a specific aspect of human movement science. The first module introduces the field, its key subjects such as biomechanics, kinesiology, and functional anatomy, and the role of data sciences. It also covers the integrated fields within human movement science, its significance, and applications in areas like sports and healthcare. The module further aims to develop professional skills and provide background knowledge, including basic mathematics, with resources for preparatory material. Industry experts, such as coaches, sports medicine professionals, and biomechanists, will share their perspectives on the role of human movement science in their professions.
The Human Body [3:54]
Module two focuses on the human body, specifically the skeletal, muscular, and nervous systems. It examines the design and nature of bones, muscles, and nerves, and how these systems work together to produce movement. The module also introduces motor control, exploring how movement learning happens, where it originates, and how skills are developed and refined. It also looks at how motor skills and motor areas in the brain coordinate to produce movement.
Functional Anatomy [4:59]
Module three explores functional anatomy, emphasising the theoretical knowledge essential for understanding movement. It covers anatomical positions, directional terms, and reference systems to ensure a common language among professionals. The module also examines the relationship between bones, joints, and movement, including posture analysis and the implications of functional anatomy in human movement science.
Biomechanics [6:27]
Module four is dedicated to biomechanics, an area of study within human movement science. It covers the scope, application, and significance of biomechanics, dividing it into kinematics and kinetics. Kinematics focuses on the study of movement, while kinetics examines the forces, energy, and work involved in movement.
Tools and Techniques for Movement Analysis [7:06]
Module five shifts from theoretical knowledge to practical application, focusing on the tools, techniques, and technologies used to analyse movement. It explores qualitative and quantitative analysis methods, computer simulation, musculoskeletal modelling, and electromyography (EMG) techniques.
Applications of Human Movement Principles [7:19]
Module six applies the principles learned in previous modules to fundamental movements, exercises, and gait. It adopts a coaching perspective, beneficial for coaches, athletes, and sports science professionals, to understand motor skills and analyse movements. The goal is to identify key performance indicators and injury patterns to enhance performance and prevent injuries.
Human Movement Science in Sport [7:53]
Module seven applies human movement science principles to various sports. It categorises sports based on movement characteristics, such as upper-body dominant, lower-body dominant, or co-dominant sports. The module examines biomechanical patterns related to performance and injury prevention, with case studies on tennis (tennis serve) and cricket (cricket fast bowling).
Integrated Disciplines and Opportunities [8:12]
Module eight explores integrated disciplines and opportunities in human movement science. It emphasises the importance of collaboration to broaden understanding and advance knowledge in the field. The module touches on research areas, application, conduct, and ethics, as well as the scope of human movement science in specialised populations like polio patients or stroke rehabilitation. It concludes with a discussion of career opportunities in human movement science, including potential work areas and additional courses for career advancement.
