TY  - BOOK
AU  - Illano,Janslee B.
AU  - Mayordomo, John Carlo C.
AU  - Samulde, Lenard Jay V.
AU  - Buenviaje, Rody F.
TI  - Status of Science Laboratory Equipment and Apparatus among Junior High School in Rodriguez, Rizal
AV  - LG 221.R59 .I11 2025
KW  - SCIENCE LABORATORY EQUIPMENT APPARATUS
N1  - Undergraduate Thesis
N2  - The study examines the status of science laboratory equipment and apparatus in selected junior high schools in Rodriguez, Rizal, focusing specifically on three institutions. The research employs a descriptive-qualitative design, gathering comprehensive data through a combination of documentation analysis and in-depth interviews with science laboratory officers, teachers, and students. This approach allows for a thorough understanding of the current state of science resources available in these educational establishments.
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The research also reveals the need for regular maintenance and effective management of laboratory equipment to ensure not only its availability but also its functionality and safety Without proper maintenance, even existing equipment may become unusable or unsafe, further complicating the educational process Interview feedback from teachers and laboratory officers emphasizes the importance of structured maintenance schedules and the allocation of responsibilities to ensure that resources are consistently available and in working order

Furthermore, the study highlights that the limited availability of science equipment directly affects students engagement and learning outcomes. Students in schools with inadequate resources reported feeling frustrated by their inability to conduct expenments effectively which is essential for developing inquiry-based learning skills. This lack of engagement can impact student motivation and interest in science subjects, ultimately affecting their overall academic performance.

The findings reveal significant differences in the availability and functionality of laboratory equipment among the schools studied One of the schools is noted for its resource-rich environment, where well-maintained laboratory can facilitate effective hands-on learning experiences for students. In contrast, the other schools face shortage in essential equipment, leading to notable challenges for educators when attempting to deliver practical science experiment. Such as shortages of necessary items like wire gauze glass slides, and other laboratory apparatus significantly restrict students opportunities for practical experimentation and thus hinder their understanding of fundamental scientific concepts
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To address the shortages, the study recommends practical solutions that include organizing equipment usage schedules and facilitating group activities.

Such strategies can help maximize the limited resources available, promoting a more collaborative learning environment in which students can share tools and learn from each other. The research suggests that schools should also prioritize investing in science laboratory facilities to improve resource allocation and enhance the educational experience for their students.

Moreover, the findings call on educational stakeholders, including school administrators and policymakers, to recognize the importance of well-equipped laboratories in ensuring quality education. The study urges action to address disparities in equipment availability and functionality in selected junior high schools. Addressing these challenges enables educational institutions to play a vital role in developing a scientifically literate society, equipping students with the necessary skills for scientific inquiry and success
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