The biomechanics form and its application to assess student’s physical skills

Abstract

One of the intended learning outcomes of Physical Education (PE) is for students to develop physical skills. Biomechanics can be used as a discipline to measure the level of physical skill. This study aimed to develop an assessment form to measure the level of physical skill. The movement principle of biomechanics was incorporated into an observation checklist form. The form is meant to help Physical Education Teachers (PET) qualitatively analyze students' physical skills using biomechanics. This study aligns with research and development model which conducted in three phases: need-analysis, development, and model efficiency test. The form was built with two main components: physical skill and biomechanical principles. Physical skill is related to standard movement patterns for a given sporting skill. The biomechanical principle lays the foundation for all movements. This research uses a qualitative approach. A total of 120 PET from 120 secondary schools were involved as subjects in this study. Interviews, observation, and questionnaire were used to collect the data. This research yielded the following result, first, there are problems with integrating biomechanics into an assessment of physical skill. Second, a biomechanics form is developed in the checklist-style observation form to help PET evaluate their students’ learning outcomes. Third, biomechanics form was practical to be used as a learning assessment tool because it met the criteria of validity, practicality, and effectiveness. Keywords: biomechanics assessment; observation checklist; physical education, physical skills

Analysis of Pencak Silat Techniques Using a Biomechanical Approach: Systematic Literature Review

“…Biomechanics is a scientific discipline that analyzes movement and studies forms and patterns of movement using mechanical concepts. This is supported by the sciences of anatomy, physiology, and physics, which provide the basis for biomechanics (Syaukani et al, 2023). Despite the complexity of the human body, biomechanics primarily focuses on mechanical concepts (H. ; Y. P. Q. W. C. Z. M. W. Y.…”