Overview
The study of sports movement is a science
that requires knowledge of the laws, connotations, and mechanical factors in the
kinetic performance of sports events in an analytical manner for the purpose of
raising and developing sports achievement for the better, the book dealt with
the relationship of evaluation and measurement in the kinetic analysis and the book
defined the calendar and measurement and mentioned its types and the difference
between them and the methods and means of evaluation in biomechanics. He also
exposed the types and forms of kinetic analysis, the basic movements of the
joints of the human body, axes, levels, and rules of kinetic analysis. The book
also dealt with the biokinetic analysis of linear and angular motions, the
determination of the kinetic and temporal path, and discussed the speed,
instantaneousness, ground acceleration, and the determination of the starting
angle of the moment of disconnection breakage. It also dealt with the kinetic
analysis of the activities of the arena and field games. And kinetic analysis
of individual and individual games The book also talked about the kinetic
analysis of gymnastics, the mechanical laws of gymnastics, foundations, and
principles.
Intended learning outcomes
Upon completion of this course, the
successful student will have gained practical knowledge of the basic
biomechanical concepts, skills, and techniques needed to effectively analyze a
mathematical technique or movement. With the student's understanding of the
course of kinetic analysis, he can know the basic concepts of mechanics to
understand the nature of human movement and analyze kinetic and mathematical
techniques through familiarity with biomechanical conventions and the
application of this knowledge and biomechanical information in the field of
human movement as well as sports and the field of rehabilitation and physical
therapy and enables him to use laboratory methods to analyze movements and
detect errors to evaluate them
Teaching and learning methods
The course is presented through lectures,
using explanations, presentations, models, videos, panel discussions, research
papers, and group, and interactive activities.
Scientific Program Subjects
|
Scientific Topics
|
Hours
|
|
Introduction,
what it is - the goal - the historical development - the meaning of kinetic
analysis - its types
|
2
|
|
kinematics of
motion theoretically
|
2
|
|
Motion
kinematics in practice
|
2
|
|
Learn the basics
of kinetic photography Learn a binary program
|
2
|
|
Dimensions in
the analysis
|
2
|
|
Uses and types
of imaging in kinetic analysis
|
2
|
|
and analytical
software
|
2
|
|
Introduction to
the foundations of kinetic - quantitative analysis
|
2
|
|
Kinetics
|
2
|
|
Introducing
integrated laboratory systems
|
2
|
|
Understand and
interpret the results initially
|
2
|
|
Upload results
to statistical programs
|
2
|
|
Writing results
reports
|
2
|
|
Applications in
types of analysis theoretically and practically
|
2
|
Methods of assessments
|
Evaluation methods
|
Grade
|
|
First Partial Exam
|
15
|
|
Second Partial Exam
|
15
|
|
Attendance and participation
|
20
|
|
Final Exam
|
60
|
|
Total
|
100
|
References
طلحة حسام الدين (2013) مبادي التشخيص العلمي
للحركة. دار الفكر العربي
عادل عبد البصير علي (2010) المدخل لتحليل
الابعاد الثلاثية لحركة جسم الانسان. مركز الكتاب
قاسم حسن حسين وإيمان شاكر محمود (2009) الاسس
الميكانيكية والتحليلية والفنية في فعاليات الميدان. دار الفكر العربي
أبو العلا عبد الفتاح (2013) سلسلة المراجع في
التربية البدنية والرياضة وفسيولوجيا التدريب. دار الفكر العربي
