The effectiveness of motor learning through the Montessori approach in improving early childhood literacy skills

Andra Rizky Putra, Nurul Ihsan, Masrun, Donal Syafrianto, Yogi Arnaldo Putra, Firunika Intan Cahyani

 

Andra Rizky Putra, Nurul Ihsan, Masrun, Donal Syafrianto, Yogi Arnaldo Putra, Firunika Intan Cahyani – The effectiveness of motor learning through the Montessori approach in improving early childhood literacy skills –  Fizjoterapia Polska 2025; 25(2); 97-103

DOI: https://doi.org/10.56984/8ZG7D19BUBR

Abstract
Introduction. Low motor skills lead to low cognitive and affective abilities in children. This research focuses on the effectiveness of motor learning through educational game activities with the Montessori approach to improve preschool children’s reading, writing, and counting skills. The basis of this research problem is the impact of technological advances, especially in the era of globalization, where children are more dominant in using digital games than engaging in activities that can improve motor skills.
The study aims. To explore how the effectiveness of the Montessori method can enhance the understanding of reading, mathematics, and science concepts in early childhood, especially those aged 3–6 years.
Materials and methods. This study was conducted in two cycles using mixed methods (qualitative and quantitative research) at Kiddyland Gym and Preschool, involving 20 children aged 3–6 years. The research used a mixed methods approach, including surveys and interviews. The research instruments used educational games (motor learning) such as storytelling with dance movements adapted to the story’s theme, and number games where children performed an obstacle course game aimed at improving cognitive abilities related to numbers and simple calculations. Finally, children were taught finger painting to enhance fine motor skills while learning science through colour media.
Results. The results showed that (1) children enthusiastically sang and moved to the song Baby Shark, which attracted their attention in a fun way. (2) In the obstacle game, despite passing through obstacles, the children remained focused on answering questions from the researcher with the trainer’s guidance, even doing more repetitions than planned. (3) The finger painting activity encouraged some children to be creative with their hands, although some felt uncomfortable with the coloured dirt. (4) The storytelling activity with interactive dance served as a fun communication medium between children and trainers and enhanced language learning.
Conclusion. This research concludes that educational games involving physical movement are the best choice for improving children’s reading, counting, science experiences, and socialization through the Montessori approach.

Key words
motor learning, cognitive, science, educational games, early childhood

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Sensor-based isometric contraction examination tool after ankle sprain injury and ankle instability

Intan Harared, Anton Komaini, Bafirman, Donal Syafrianto, Deby Tri Mario, Novadri Ayubi, Andre Igoresky, Aydin Karacam, Bekir Erhan Orhan, Zsolt Németh

 

Intan Harared et al. – Sensor-based isometric contraction examination tool after ankle sprain injury and ankle instability –  Fizjoterapia Polska 2024; 24(3); 133-138

DOI: https://doi.org/10.56984/8ZG020AQNW

Abstract:
Background. Previous studies have examined the application and benefits of sensors, both in sports and health. Unfortunately, the design of sensor-based isometric contraction examination tools after ankle sprain injuries and ankle instability is still rarely carried out.
Purpose. The aim of this research is to design a sensor-based isometric contraction examination tool after ankle sprain injury and ankle instability.
Material and Methods. The design used is research and development involving experts, namely instrumentation physics, sports physiology, and physiotherapy to assess the suitability of the tool before field trials. The tool developed is the “Isometric Contractions Test”, which is designed in the form of a box with dimensions of 10 cm (height) x 10 cm (width) x 25 cm (length). Various electronic components are also used, such as Arduino Pro Mini, Flexi Sensors, switch buttons, and OLED LCD as digital reading output. A total of 10 participants aged 18-23 years participated voluntarily for the field trial. Participants were men and women who had experienced sub-acute or chronic ankle sprains and ankle instability. The data obtained were analyzed using the correlation method.
Result. The results of this study report that this sensor-based isometric contraction examination tool is valid, reliable, effective, and practical in detecting and treating post-injury healing of ankle sprains and ankle instability.
Conclusions. This tool can be used to assist physiotherapists in carrying out observations and evaluations to treat healing quickly and precisely, both in athletes and non-athletes.

Keywords:
isometric contractions, sensors, ankle sprains, ankle instability

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Design of sensor-based bilateral leg muscle circumference balance testing tool for athletes

Afrida Yesi, Anton Komaini, Bafirman, Donal Syafrianto, Sri Gusti Handayani, Khairuddin, Mohammed Aljunaid, Procopio B. Dafun Jr., Deby Tri Mario, Novadri Ayubi

Afrida Yesi, Anton Komaini, Bafirman, Donal Syafrianto, Sri Gusti Handayani, Khairuddin, Mohammed Aljunaid, Procopio B. Dafun Jr., Deby Tri Mario, Novadri Ayubi – Design of sensor-based bilateral leg muscle circumference balance testing tool for athletes – Fizjoterapia Polska 2024; 24(2); 271-274

DOI: https://doi.org/10.56984/8ZG5608VP3

Abstract
This research aims to design a sensor-based tool for checking bilateral leg muscle circumference balance in athletes. This study employs a Research and Development (R&D) design. This research involved 3 experts who were competent in their fields, namely an instrumentation physicist, a physiotherapist and a sports physiologist, whose aim was at the validation test stage, to find out the weaknesses and strengths of the product that had been designed. After carrying out the validation test stage, the resulting product will be tested for use in the field. A total of 10 men who were selected using the Purposive Sampling technique with ages ranging from 20 to 28 years. The data obtained was tested using the r-correlation method. The main results of our research report that this sensor-based bilateral leg muscle circumference balance examination tool is valid, practical, effective, and reliable as a measuring tool for leg muscle circumference balance examination. This tool proves highly beneficial for healthcare professionals, particularly sports physiotherapists, by aiding in muscle balance assessments.
Keywords
measurement balance, leg muscles, sensors
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