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The development of fine motor skills and collaborative character is an essential foundation during the golden age period to support children’s academic readiness and social development. However, learning stimulation at Tamalate State Kindergarten is still largely dominated by conventional methods that lack variety and interactive activities. This community service program aims to implement constructive Straw Connectorsmedia as an innovative learning solution to stimulate children’s fine motor skills and cooperative character. The implementation methods included teacher workshops, classroom application with students through collaborative constructive play activities, and evaluation of learning achievements. The findings revealed a significant improvement in children’s fine motor skills, with the average score increasing from 1.67 in the Pre-Test to 3.27 in the Post-Test. Furthermore, 60% of the children achieved the Very Well Developed (BSB) category in collaborative character development. Through the use of Straw Connectorsmedia, students were able to create complex architectural products such as construction bridges and windmills. The study concludes that Straw Connectorsmedia is effective in improving visual-motor coordination, creativity, and collaborative skills while fostering social empathy through interdependent interaction among children during the learning process.

Children with intellectual disabilities experience limitations in intellectual functioning and adaptive abilities, which impact their independence in daily activities, including buttoning clothes. This skill requires fine motor coordination, concentration, and a proper understanding of task sequences. This case study aims to determine the effectiveness of button board play therapy in improving fine motor skills in children with intellectual disabilities. The method used was descriptive with a case study approach involving two children with moderate intellectual disabilities aged 8 and 9 years at SLB Bhakti Luhur Maumere. Data were collected through interviews, observations, and documentation. The intervention consisted of button board play therapy conducted for 6 days, with a duration of 15–30 minutes per day, implemented gradually and repeatedly. The results showed that before the intervention, both children were unable to button their clothes independently. After the intervention, there was an improvement in their ability, as the children began to button some buttons (2–3 buttons) with better motor coordination, although they still required assistance and supervision. In conclusion, button board play therapy is effective in gradually improving fine motor skills and independence in children with intellectual disabilities. It is recommended that the intervention be carried out consistently and involve parents to achieve optimal results.

The development of fine motor skills in elementary school-aged children is crucial for academic achievement and daily activities. However, some children still experience delays in fine motor skills due to lack of stimulation, a lack of varied teaching methods, and the impact of technology use and learning after the pandemic. This study aims to improve fine motor skills in elementary school children through Educational Activities Using LEGO Bricks. The method used is a play-based learning approach integrated into thematic learning. The activities were conducted in several structured sessions, including an introduction, core activities, and reflection and evaluation. Participants were elementary school students who actively participated in LEGO assembly activities both individually and in groups. The results showed improvements in fine motor skills, evident in improvements in hand-eye coordination, accuracy, concentration, and manipulative abilities. Students also demonstrated great enthusiasm and progress in creativity when creating various types of works. The discussion indicates that playing with LEGO is beneficial for training small muscles in the hands through pinching, pressing, and arranging activities, as well as supporting cognitive development and a passion for learning. In other words, the LEGO Brick Educational Play Movement has proven to be an innovative and fun learning medium, as well as effective in developing the fine motor skills of elementary school students.

Stroke often causes hemiparesis, which impairs hand motor skills and independence in daily activities. Mirror therapy is a rehabilitation intervention that stimulates motor function through visual feedback, while patient motivation plays a crucial role in exercise adherence. This study aims to analyze the effect of mirror therapy and patient motivation on hand motor skills in patients with hemiparesis.The study used a quasi-experimental design with a pretest–posttest approach in 30 hemiparesis patients undergoing rehabilitation at the Ciherang Community Health Center. Mirror therapy intervention was administered for 20–30 minutes, three times per week for four weeks. Hand motor skills were measured using Manual Muscle Testing on a scale of 0–5, while patient motivation was assessed using a questionnaire.The results showed a significant increase in hand motor skills after mirror therapy (p < 0.05) and higher patient motivation was associated with greater motor score improvement (p < 0.05). Mirror therapy and patient motivation have been shown to have a positive effect on hand motor skills in hemiparesis patients, so this combined intervention can be considered as part of a stroke rehabilitation program.

This study aims to examine the effect of rhythmic gymnastics on the gross motor development of children aged 5–6 years. The research employed a quantitative approach using a quasi-experimental method with a nonequivalent control group design. The sample consisted of 30 children divided into two groups, namely the experimental group and the control group, each comprising 15 children. Data were collected through observation using a gross motor development assessment instrument and analyzed using descriptive and inferential statistics. The results showed an improvement in gross motor skills in the experimental group after receiving rhythmic gymnastics treatment. The mean score increased from 23.8 (pretest) to 40.67 (posttest), while the control group increased from 22.2 to 32.33. Category distribution indicated that the experimental group was dominated by high and very high levels, whereas the control group remained in moderate and high categories. The findings indicate that rhythmic gymnastics has a positive effect on the gross motor development of children aged 5–6 years and can be used as an effective learning method in early childhood education.

Fine motor skills in preschool children begin to develop, where they can use their fingers to write, draw, and so on. The developmental stages of each child are the same, namely the maturation of motor organs. At this age, it is seen as a very important phase because an individual experiences very rapid development. The purpose of this study was to determine the effect of a combination of finger painting and origami activities on the fine motor development of children aged 4-6 years at Cikal Depok Kindergarten in 2025. The research method used in this study was a Quasy experiment design with one group pre-test-posttest. Data analysis was obtained using a non-parametric test of marginal homogeneity with a p-value of 0.007 <0.05, meaning there is an effect of the combination of finger painting and origami activities on the fine motor development of children aged 4-6 years at Cikal Depok Kindergarten in 2025. The conclusion is that finger painting and origami can provide a stimulus for the motor development of children aged 4-6 years. Suggestion: Children's developmental stages can be stimulated with various other teaching aids, finger painting and origami are effective teaching aids.

Fine motor development is a fundamental prerequisite for academic readiness and independence in early childhood. Still, currently, challenges such as sedentary behaviour and screen exposure hinder the optimisation of these abilities. This community service program aims to implement a Play-Based Learning model of fine-motor stimulation to improve the physical and academic readiness of children at Tamalate State Kindergarten in Makassar City. The intervention program was conducted over two weeks through three main stimulation zones: Texture Zone (playdough and finger painting), Precision Zone (beading, origami, and cutting), and Manipulative Zone (busy board and puzzles). The target subjects were children in group B with fine-motor impairments, and the study evaluated 20 children using periodic observation checklists. The results showed a significant transformation, with 95% of children (19 out of 20 participants) experiencing an increase in achievement from the Starting to Develop (MB) category to Developing as Expected (BSH) and Developing Very Well (BSB). These findings confirm that a structured intervention through play zones is not only effective in strengthening intrinsic hand muscles and eye-hand coordination but also in building children's resilience and perseverance in learning. The program recommends integrating a micro-curriculum based on stimulation zones into daily learning plans and strengthening partnerships with parents to maintain consistency in children's development.

Gross motor development in infancy is a crucial aspect of child growth that requires early and continuous stimulation. Limited maternal knowledge and skills in providing appropriate stimulation may hinder the achievement of infants’ gross motor milestones. This program aimed to empower mothers to stimulate infants’ gross motor development through tummy time and baby yoga at PMB Lina Contesa. A community empowerment approach with a one-group pretest–posttest design was applied. The participants were mothers with infants aged 3–12 months. The intervention included health education, demonstrations, hands-on practice, and mentoring in performing tummy time and baby yoga. Evaluation was conducted by assessing maternal knowledge and skills before and after the program. The results showed an increase in the mean knowledge score from 56.4 ± 8.7 to 85.2 ± 6.9 after the intervention. In addition, the proportion of mothers who were able to correctly perform gross motor stimulation techniques increased from 27.8% to 88.9%. These findings indicate that empowering mothers through education and training in tummy time and baby yoga is effective in improving maternal knowledge and skills and has the potential to support the optimization of infants’ gross motor development.

This study uses a literature review method to examine the role of jump rope activities in improving coordination, balance, agility, and strength among elementary school children. It provides an in-depth analysis of jump rope games in the context of enhancing motor skills in elementary education. The study explores how this traditional game can serve as an effective tool for developing various motor skills in children. It covers the types of motor skills involved in jump rope activities, variations of the game, as well as the physical and non-physical benefits gained. The study also highlights the important role of physical education teachers in optimizing students’ motor development through traditional games. The results indicate that jump rope activities are not only beneficial for the development of gross and fine motor skills but also possess significant social and cultural value. These games can instill values such as discipline, perseverance, hard work, and cooperation in children. It is expected that this study will contribute to the development of more effective and innovative physical education learning.

This study investigates how puzzle games affect the fine motor development of young children. This study uses a quantitative approach and a quasi-experimental design. The study involved 30 children aged between 4 and 6 years who were divided into two groups: an experimental group and a control group. The experimental group received an intervention in the form of puzzle-playing activities for four weeks, with an interval of two to three times a week. On the other hand, the control group did not receive any special treatment for routine learning activities. To collect data, standardized fine motor skills test instruments were used. These included eye-hand coordination, finger movement control, precision, and the ability to assemble and copy shapes. A t-test was used to analyze the data to determine the difference in results between the two groups. The results of the study showed that the experimental group and the control group differed significantly. Compared to children who did not receive treatment, children who were involved in puzzle-playing activities showed greater improvement in all fine motor indicators. The results show that puzzle games can be used effectively as a learning tool to help the fine motor development of early childhood develop well.