Authors :
Roly B. Bayo-Ang; Regie Boniol; Amelia Labajo
Volume/Issue :
Volume 11 - 2026, Issue 6 - June
Google Scholar :
https://tinyurl.com/5xrfp2ab
Scribd :
https://tinyurl.com/ycy45uz4
DOI :
https://doi.org/10.38124/ijisrt/26jun1497
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
This study investigates the implementation of a robotics program at Tuba City High School, focusing on factors
influencing its success, challenges encountered by teachers, and the role of culturally responsive teaching in student
engagement. Using a qualitative case study design, data from self-rating checklist, questionnaire, and teacher interviews
were analyzed across domains of instructional practice, cultural responsiveness, teacher confidence, and institutional
support. Findings show that program success is driven by experiential, hands-on STEM learning, alignment with students’
visual and kinesthetic learning preferences, and the development of confidence, resilience, and STEM identity. Cultural
responsiveness significantly enhances engagement by integrating students’ cultural identities and fostering inclusive
learning environments. However, challenges such as limited awareness of robotics, logistical constraints, inconsistent
implementation of culturally responsive practices, and resource limitations affect sustainability. Teachers addressed these
challenges through inclusive strategies, scaffolded instruction, flexibility, and external partnerships. The study concludes
that while the program is a high-impact, culturally responsive STEM initiative, its long-term effectiveness depends on
strengthening instructional consistency and institutional support to ensure equitable and sustained student participation.
Keywords :
Culturally Responsive Teaching, Robotics Education, STEM Engagement, Indigenous Education, Experiential Learning.
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This study investigates the implementation of a robotics program at Tuba City High School, focusing on factors
influencing its success, challenges encountered by teachers, and the role of culturally responsive teaching in student
engagement. Using a qualitative case study design, data from self-rating checklist, questionnaire, and teacher interviews
were analyzed across domains of instructional practice, cultural responsiveness, teacher confidence, and institutional
support. Findings show that program success is driven by experiential, hands-on STEM learning, alignment with students’
visual and kinesthetic learning preferences, and the development of confidence, resilience, and STEM identity. Cultural
responsiveness significantly enhances engagement by integrating students’ cultural identities and fostering inclusive
learning environments. However, challenges such as limited awareness of robotics, logistical constraints, inconsistent
implementation of culturally responsive practices, and resource limitations affect sustainability. Teachers addressed these
challenges through inclusive strategies, scaffolded instruction, flexibility, and external partnerships. The study concludes
that while the program is a high-impact, culturally responsive STEM initiative, its long-term effectiveness depends on
strengthening instructional consistency and institutional support to ensure equitable and sustained student participation.
Keywords :
Culturally Responsive Teaching, Robotics Education, STEM Engagement, Indigenous Education, Experiential Learning.