Free online courseBiomechanics lectures
Duration of the online course: 9 hours and 19 minutes
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Explore Biomechanics with Rehab Science’s free online course! Dive into lectures on kinetics, skeletal articulations, spine, shoulder, upper and lower extremities, and more.
Course Description
Welcome to "Biomechanics Lectures," an immersive online course designed to deepen your understanding of biomechanics within the realm of physiotherapy. With a precise duration of 9 hours and 19 minutes, this comprehensive course offers a detailed exploration of human movement, perfect for students and professionals seeking to broaden their expertise in the health sector, particularly in physiotherapy.
The course begins with an introductory lecture that sets the stage for subsequent in-depth discussions. The initial session, "Biomechanics Lecture 1: Intro," serves as a foundation, providing essential context and an overview of what you can expect to learn. This opening is designed to ease participants into the intricate world of biomechanics, ensuring that even those new to the topic can follow along.
As the course progresses, each lecture delves into specific aspects of biomechanics. "Biomechanics Lecture 2: Kinetics" examines the forces that cause movement, a crucial component for understanding how the body functions during activity. From there, "Biomechanics Lecture 3: Skeletal Articulations" focuses on the joints and skeletal structures, illuminating the complex interactions that enable movement.
The series continues with a dedicated look at various body parts and their biomechanics. "Biomechanics Lecture 4 - Spine" delves into the biomechanics of the spine, an essential area for anyone working in physiotherapy. Following this, lectures focus on major joints and complex structures: "Biomechanics Lecture 5: Shoulder Complex," "Biomechanics Lecture 6: Elbow," "Biomechanics Lecture 7: Wrist," "Biomechanics Lecture 8: Hip," "Biomechanics Lecture 9: Knee," and "Biomechanics Lecture 10: Ankle." Each lecture provides a detailed examination of these areas, helping you understand the mechanical principles at play in these critical regions.
The course also explores movement analysis, with "Biomechanics Lecture 11: Gait" focusing on the mechanics of walking, an essential function to understand for rehabilitation professionals. Following this, "Biomechanics Lecture 12: Peripheral Nerves" extends the discussion to the nervous system's role in movement, shedding light on how nerves influence and control biomechanics.
Rounding off the course, "Biomechanics Lecture 13: Lower Quarter Functional Biomechanics" integrates the knowledge from previous lectures into a comprehensive understanding of lower body functionality. This final lecture ensures that participants can see the bigger picture, understanding how different elements interplay to facilitate movement.
Though the course currently has no reviews, it stands as a rich resource, meticulously crafted to provide a thorough grounding in biomechanics. Additionally, participants have the exciting opportunity to stay engaged with the latest insights and updates from the field, as exemplified by the mention of a new book from the course creators available for pre-order.
By the end of this course, participants will have garnered a robust understanding of biomechanical principles, equipping them with the knowledge to excel in the field of physiotherapy.
Conteúdo do Curso
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Video class: Biomechanics Lecture 1: Intro
0h24m
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Exercise: What is the study of the appearance or description of motion in biomechanics called?
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Video class: Biomechanics Lecture 2: Kinetics
0h31m
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Exercise: Which is NOT a common unit of measurement used in the study of biomechanics?
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Video class: Biomechanics Lecture 3: Skeletal Articulations
0h58m
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Exercise: Which of the following is considered a characteristic feature of synovial (diarthrodial) joints?
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Video class: Biomechanics Lecture 4 - Spine
0h54m
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Exercise: Which of the following is NOT a primary function of the spine?
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Video class: Biomechanics Lecture 5: Shoulder Complex
0h42m
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Exercise: Which statement best describes the term scapulothoracic joint in the context of shoulder biomechanics?
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Video class: Biomechanics Lecture 6: Elbow
0h33m
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Exercise: What is the primary function of the human elbow complex?
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Video class: Biomechanics Lecture 7: Wrist
0h36m
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Exercise: Which joint is often referred to as the 'saddle joint' and is significant for the movement known as opposition?
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Video class: Biomechanics Lecture 8: Hip
0h40m
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Exercise: What is a primary function of the hip joint in terms of supporting body weight?
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Video class: Biomechanics Lecture 9: Knee
0h49m
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Exercise: Which ligament is primarily responsible for restricting the anterior translation of the tibia in the knee joint?
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Video class: Biomechanics Lecture 10: Ankle
0h38m
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Exercise: What is the primary movement allowed by the ankle joint (tibiotalar joint)?
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Video class: Biomechanics Lecture 11: Gait
0h38m
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Exercise: Which of the following best describes the primary function of the ankle dorsiflexors during the loading response phase of the gait cycle?
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Video class: Biomechanics Lecture 12: Peripheral Nerves
1h03m
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Exercise: What is the critical pressure level that causes ischemia in peripheral nerves?
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Video class: Biomechanics Lecture 13: Lower Quarter Functional Biomechanics
0h45m
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Exercise: What is dynamic Q angle and what is its relevance in predicting injury risk?
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Video class: My New Book is Available for Pre-Order!
0h01m
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Exercise: What is being described in this passage?
This free course includes:
9 hours and 19 minutes of online video course
Exercises to train your knowledge
Certificate of course completion
100% free, from content to certificate
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Course comments: Biomechanics lectures
Khushi Devi
amazing app ????