Impulse and momentum are basic concepts of mechanics introduced in the K to 12 curricula. Despite its basic concepts, students still have difficulties understanding the topic, especially when they are out of school due to the pandemic. After reopening the gates for face–to–face classes in the Philippines, the researchers found a significant reason to conduct a lesson study to improve teaching strategies on the topic. Lesson study is a development process wherein teachers work collaboratively to improve teachers teaching capacity. This (...) study was conducted at Plaridel National High School with 23 participants from Grade 9 Newton (Set A and B). The research was conducted in two cycles using a four – phase lesson study. The research lesson was implemented using a 4A Model lesson plan and the results were taken from the analysis of the lesson study observation sheets, along with the class proficiency level. The researchers used the following strategies to improve teaching, namely; (1) showing mastery of subject matter, (2) reviewing basic mathematical operations, (3) contextualizing the lesson, (4) allowing students to answer questions in mother tongue, (5) using collaborative activities, (6) giving rewards, and (7) applying proper time management. However, the findings still showed that both sets of students achieved beginning proficiency level. Despite the implementation of these strategies, the students still lack basic knowledge of the topic and mathematical operations, and they struggle to understand it. Thus, it is recommended to plan the lesson effectively, utilize other research instruments, and collect feedback from the students. (shrink)

This study aims to explain the expectations parents have in sending their children to study in international schools in Nonthaburi, Thailand, in terms of teaching and learning courses, management reputation, the building location, and the schools' adaptation to the digital age. A qualitative approach was employed as a research strategy. Purposive sampling was used in in-depth interviews. The data were analysed using content analysis. The results showed that parents have expectations in sending children to study in international schools in the (...) digital age, in Nonthaburi, Thailand, in four aspects. For teaching and learning courses, parents expect that these courses will teach students to be creative and assertive. For the management reputation, parents expect that the school will have a good reputation with a quality of teaching that is reliable. They expect a good image of effective and clear management policies. For the building location, parents expect to have a safe building with sufficient facilities. For the adaptation to the digital age, parents expect that there will be lessons on how to use electronic devices and various online media. Children should be taught how to avoid dangers from using them. Children will get the opportunity to use modern technological equipment. This study may be beneficial to education business groups and international schools, which can use data from the research in planning, improving, or formulating business strategies, as well as developing the education system to adjust to improvements in technology and beyond. (shrink)

This study aimed to improve the curriculum electives of the Science-Enhanced Program using a tracer of ScienceOriented Section alumni from 2004 to 2015. It assessed the Science-Enhanced Program's strengths and weaknesses as viewed by alumni, collected their recommendations to improve the Science-Enhanced Curriculum in connection with current field demands, and constructed a SEP learner's packet. This study used a mixed-methods strategy. A total of 238 respondents were purposefully selected via quota sampling. The alumni's demographic profile based on their sex, civil (...) status, educational attainment, employment information, as well as two extra questions, were collected using a tracer form. The first question focused on alumni perceptions of the science-enhanced program's strengths and weaknesses, and the second question focused on their suggestions for improving the science-enhanced curriculum with respect to current field demands. After gathering the data and assessing the results, it has been concluded that the strengths of the science-enhanced program are the following: elective subjects offered, teaching quality, interdisciplinary learning, and student workload. Meanwhile, the learning environment, the research capacity, and the facilities provided were listed as the weaknesses of the said program. The respondents concurred that the curriculum should include courses in robotics, programming, and other IT-related topics. The alumni also agreed that students should be exposed to more real-world scenarios in the curriculum. Hence, it has been validated that it can be used as a guide in crafting the competencies in formulating the SEP Learners' Packet. (shrink)