Although the video tutorials will be made accessible to the general public through a YouTube channel, they are primarily intended for the consumption by the grade five and six students of Mayapyap Elementary School.
Mayapyap Elementary School was founded in 1947. It is one of the public schools in the Division of Cabanatuan City, Nueva Ejica with a DepEd school ID of 107083. Its full address is 023 Mayapyap - Gen. M. Natividad Rd, Sumbillo, Cabanatuan City, 3100 Nueva Ecija. Their contact details consist of cellphone numbers (09165786400/09176243406), emails (mesdepedcabanatuan@yahoo.com or 107083@deped.gov.ph), and a facebook profile of link https://m.facebook.com/mes107083/.
Alma Grace Ortaleza
Special Science Teacher
Grade 6 Special Science Adviser
Grade 5 English Special Science Teacher
STEMTube aims to provide supplementary learning materials on Math primarily for the fifth and sixth graders of Mayapyap Elementary School in the form of video lectures that align with the students’ current curriculum. The video lectures will serve to help the students in their 3rd and 4th quarter lessons. These video lectures will be available in YouTube for the accessibility of the general public.
As it can provide basic training for any career in our computer-reliant world, the delivery of quality education in science, technology, engineering, and mathematics (STEM) is clearly indispensable for students in the present age. In the Philippines, however, the lack of structured and effective education, especially in the fields of STEM, has long been a serious issue. In the 2019 Trends in International Mathematics and Science Study, for example, the Philippines scored 297 and 249 out of 800 in the fourth grade math and science assessments, ranking last in both among the 58 surveyed countries (Mullis et al., 2019). Providing Filipino children with a more effective STEM education is thus crucial in addressing this systemic issue.
Through supplemental, parallel education, students are able to learn in a way that wouldn’t be possible in the fixed curriculum set by the school. Video demonstrations, live experiments, and educational games are examples of modes of instruction that accomplish this. But with the COVID-19 pandemic, many of these methods have become impractical or even impossible; only the use of video lectures remains to be feasible despite the online set-up.
Thus, the project may create national implications and benefits by setting a precedent for the hypothesized advantages of video lectures as a supplementary material for higher quality education. In particular, the project aims to serve as an educational model for filling in the gap in higher-level STEM education present across many schools in the Philippines.
In the short term, the project is expected to create accessible learning materials to be used by the student body and the general public & to obtain feedback on its effectiveness, accessibility, and other aspects.
In the long-term, the project aimed to contribute to an eventual increase in education accessibility and proficiency of students, especially in the STEM subjects.
The major activities that took place in the implementation of the project included the compilation of the school’s lessons on particular subjects and the creation of videos teaching said subjects. The school was contacted for the procurement of their subject syllabuses, specifically for Mathematics and Science. These syllabuses were used as an outline for the lessons to be taught in the 3rd and 4th quarters. The lessons in a specific quarter were then researched and studied, with the findings collated to create an appropriate lesson plan. This served as a guide for the video creation. Once the videos was created and finalized, they were then uploaded to a YouTube channel. This will allow the students to be able to watch the videos at any time.
Although the video tutorials were made accessible to the general public through a YouTube channel, they are primarily intended for the consumption of the grade five and six students of Mayapyap Elementary School. As such, the language, style, and manner of presentation of the videos were chosen to accommodate our target audience. Additionally, sustainability measures in the form of lecture outlines were produced by the group so that the videos' effectiveness is maximized and their usability maintained. These outlines were exclusively handed out to the grade five and six teachers of the elementary school.
Feedback regarding the effectiveness of the video tutorials as learning materials were collected afterwards. The answers were collated and used to improve upon the quality of the project and alleviate any shortcomings.
STEMTube formed a partnership with Sir Leo Crisologo (PSHS-MC Math Unit) as he already has experience creating lecture videos and is knowledgeable in topics regarding mathematics.
December 14, 2021
Sending the letter of permission to Mayapyap Elementary School
January 6, 2022
Preliminary meeting with Mayapyap Elementary School
February 7, 2022-& March 7, 2022
Requesting a copy of the modules and syllabuses
Updates with Mayapyap Elementary School
February 21, 2022 - March 11, 2022
Videos 1 and 3 Production
February 21, 2022 - March 11, 2022: Scriptwriting
March 12, 2022 - March 22, 2022: Props and graphics making
March 22, 2022 - March 29, 2022: Filming
March 30, 2022 - April 25, 2022: Editing
As the video lectures are tailor made for the provided curriculum and easily accessible anytime by the students, they can be reused for succeeding batches as there will likely be no major changes to the curriculum of the primary stakeholders in the near future. This project may also be easily extended by future groups to cover other topics in the said curriculum, or to cover other grade levels.
Future runs of the project may also use the feedback collected from the primary stakeholders regarding the video lectures and the analysis of said feedback as basis for modifications.
STEM-Tube was able to publish and produce several videos on two modules from Mayapyap Elementary School. You may view the video on our channel below.
Our project STEM-Tube was primarily designed to provide alternative STEM learning materials to students of less privileged backgrounds during a time when educational opportunities are severely limited. We have deemed that a solid foundational education in the sciences is a necessary step towards further development in a country like the Philippines. It is clear that this need is not being met by our current educational system whether by inaccessibility of learning modules or lack of novel and interesting teaching methods. As a result, the potential of millions of students from all over the country for a career in STEM is not being utilized.
Our videos attempted to attack the second cause we have previously mentioned because we believed is the more urgent of the two. However, upon browsing through the DepEd modules provided to us by Mayapyap Elementary School, we realized that the problem also lies in the way that information is presented in the current modes of teaching. We have sometimes lifted explanations from those modules only to receive a comment from our content consultant Sir Leo Crisologo that it was a difficult way of explaining that particular concept. Furthermore, we ourselves were unsure if the students were already familiar with certain concepts in the modules that even we did not know at their age. Thus, it seems that, aside from employing novel teaching methods, it is important to package a lesson in such a way students can understand and appreciate. This has been a major cause of difficulty for our group, but we believe that our output has been successful in improving upon both the presentation and delivery of current learning modules.
From here, it is a natural step to further improve upon the presentation and delivery of lessons. It is recommended for future projects to consult with experienced elementary school teachers or academics who specialize in child education. Possibly every topic being studied by the students at MES is simple to a high school student no less from PSHS-MC. However, it is not that but the difficulty of explaining a topic to someone significantly younger that makes the process challenging. It may also be of use to spend time interacting with the community. In our current set-up, we were unable to even meet the students whom we intended to serve, and that made it extremely difficult to imagine their reception to our videos.