Dynamic Anatomy

Title	% from total grade	Grade
1. Individual work	-	-
Prepare continuously for two intermediate items (includes 2 topics) corresponding to the topics and sequence of the study course. Find literature and Internet sources in the Library about muscle function in different sports. Conduct in-depth research into your sport and their inherent movements. Develop an individual presentation. Prepare for a final test that will include questions on all topics.
2. Motion analysis in your sport	30.00% from total grade	10 points
A detailed presentation should be prepared with visuals and literature references on the analysis of a specific movement (image), complete with specific muscle development exercises (3 exercises for two muscles specified by the lecturer). The final work must be presented in front of the lecture theatre.

Title	% from total grade	Grade
1. Test (topic 1-2)	20.00% from total grade	10 points
Contains questions about the basic principles of dynamic anatomy, research methods, posture and gait biomechanics, as well as running motion analysis. By form, the test is with choice, open and short answer questions.
2. Test (topics 3-4)	20.00% from total grade	10 points
By content, questions about analysis of jump and throw movements and lifting and pushing movements in sport (squat, bench Press, deadlift, etc.). A form test with lots of choice questions, theoretical and practical examples (images, analysis of movements and/or situations).
3. Final test	30.00% from total grade	10 points
By content, it’s an integrated test of all course topics, including analysis of rotation movements and combinations. By form, it’s a combined test (multi-choice, open questions, situation tasks with motion analysis).

Introduction to dynamic anatomy and study methods. Description Concept of dynamic anatomy, place in sports science; main methods of motion analysis (video analysis, biomechanical measurements).

Introduction to dynamic anatomy and study methods. Description Concept of dynamic anatomy, place in sports science; main methods of motion analysis (video analysis, biomechanical measurements).

Introduction to dynamic anatomy and study methods. Description Concept of dynamic anatomy, place in sports science; main methods of motion analysis (video analysis, biomechanical measurements).

Analysis of posture, gait and running movements Description Anatomical bases, main abnormalities and their effect on motion efficiency; gait and running biomechanics.

Analysis of posture, gait and running movements Description Anatomical bases, main abnormalities and their effect on motion efficiency; gait and running biomechanics.

Analysis of posture, gait and running movements Description Anatomical bases, main abnormalities and their effect on motion efficiency; gait and running biomechanics.

Analysis of jumps and lunges movements Description Movement phases, muscle engagement; common errors and correction.

Analysis of jumps and lunges movements Description Movement phases, muscle engagement; common errors and correction.

Analysis of jumps and lunges movements Description Movement phases, muscle engagement; common errors and correction.

Analysis of jumps and lunges movements Description Movement phases, muscle engagement; common errors and correction.

Lifting and pushing movements in sport and analysis thereof. Description Basic exercises (squat, bench Press, push-up, etc.); technical nuances and biomechanical justification.

Lifting and pushing movements in sport and analysis thereof. Description Basic exercises (squat, bench Press, push-up, etc.); technical nuances and biomechanical justification.

Lifting and pushing movements in sport and analysis thereof. Description Basic exercises (squat, bench Press, push-up, etc.); technical nuances and biomechanical justification.

Lifting and pushing movements in sport and analysis thereof. Description Basic exercises (squat, bench Press, push-up, etc.); technical nuances and biomechanical justification.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.

Introduction to dynamic anatomy and study methods. Description Concept of dynamic anatomy, place in sports science; main methods of motion analysis (video analysis, biomechanical measurements).

Introduction to dynamic anatomy and study methods. Description Concept of dynamic anatomy, place in sports science; main methods of motion analysis (video analysis, biomechanical measurements).

Analysis of posture, gait and running movements Description Anatomical bases, main abnormalities and their effect on motion efficiency; gait and running biomechanics.

Analysis of posture, gait and running movements Description Anatomical bases, main abnormalities and their effect on motion efficiency; gait and running biomechanics.

Analysis of jumps and lunges movements Description Movement phases, muscle engagement; common errors and correction.

Analysis of jumps and lunges movements Description Movement phases, muscle engagement; common errors and correction.

Lifting and pushing movements in sport and analysis thereof. Description Basic exercises (squat, bench Press, push-up, etc.); technical nuances and biomechanical justification.

Lifting and pushing movements in sport and analysis thereof. Description Basic exercises (squat, bench Press, push-up, etc.); technical nuances and biomechanical justification.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.

Analysis of rotation movement and movement combinations in sport, upper and lower limb assessment tests. Description Biomechanics of transverse plane movements (e.g. tennis, golf, javelin throwing); injury risks and assessment tests for both upper and lower limbs.