What are the key components of outcome-based education in the Philippines high school science curriculum?5 answersOutcome-based education (OBE) in the Philippines high school science curriculum focuses on student-centered instruction and assessment. The shift to OBE emphasizes the importance of engaging learners effectively in science education. Strategies like Jigsaw II have been found to significantly improve students' science achievement levels. The implementation of OBE involves aligning curriculum design with intended outcomes, ensuring congruence between what is planned and what is enacted in the classroom. Challenges in implementing OBE include the tedious preparation process, limited teacher training, and discrepancies in students' mastery of skills. Successful OBE implementation requires clear vision-mission-goals, expert faculty, and collegial relationships among teachers.
What are the different level of students' achievement in secondary schools in the philippines?5 answersIn the Philippines, students' achievement levels in secondary schools vary based on different factors. Public school students generally exhibit lower levels of achievement compared to their private school counterparts, showing less support for schooling, lower academic self-concept, and lower achievement goals. Factors influencing students' academic performance include age, grade level, parental education, time spent on smartphones, nomophobia, and smartphone addiction. Moreover, the implementation of multigrade education as an alternative to monograde schooling does not significantly impact students' critical thinking outcomes in Grade 6. Additionally, students' performance in specialized strands in Senior High School differs, with STEM students excelling in English language proficiency compared to other strands. These findings highlight the diverse levels of achievement among Filipino secondary school students influenced by various educational, motivational, and technological factors.
How to measure the academic performance?5 answersAcademic performance can be measured through various methods, considering factors beyond just research output or GPA. Performance assessment models incorporating fuzzy logic techniques can evaluate student abilities based on factors like gender, family background, motivation, and social influences. Machine learning techniques, such as regression algorithms, can predict academic performance by analyzing students' motivation levels and emotional variables. Additionally, composite indicators utilizing multicriteria techniques can provide a comprehensive evaluation of academic performance over time, aiding institutions in decision-making and strategy assessment. By integrating diverse parameters like motivation, emotional dimensions, and external influences, a more holistic understanding of academic performance can be achieved, benefiting both students and educational institutions.
How Gender equality affects academic performance of high school students in the Philippines?5 answersGender equality plays a significant role in influencing the academic performance of high school students in the Philippines. Studies have shown that implementing gender-sensitive teaching strategies, such as Gender and Development (GAD) approaches and gender-based differentiated instruction (GBDI), can lead to improved academic performance. Factors like smartphone addiction (SA), nomophobia (NMP), and family environment also impact perceived academic performance (PAP) among Filipino high school students. Additionally, research indicates that gender variations in peer tutoring can affect students' achievement levels, with female tutees showing higher scores when paired with male tutors. Furthermore, differences in cardiorespiratory fitness levels, muscle endurance, and test anxiety between male and female students can influence their academic performances differently. Overall, promoting gender equality through tailored teaching methods and addressing external factors can positively impact academic outcomes in Filipino high schools.
What are the current trends in math performance among Senior High school students in the Philippines?5 answersCurrent trends in math performance among Senior High school students in the Philippines reveal concerning results. Filipino students exhibit poor performance in international assessments like PISA and TIMSS, with a significant number scoring below proficiency levels. Factors influencing math performance include students' attitudes, anxiety, and resilience, with a notable impact on learning experiences and academic outcomes. Additionally, the correlation between English language proficiency and math competency is highlighted, indicating that higher English proficiency predicts better math performance among K-12 graduates. Efforts to improve math education involve tracking students' progression from Grade 9 to Grade 11, utilizing various assessments to tailor interventions to meet learners' needs. These findings underscore the importance of addressing educational challenges to enhance math proficiency among Senior High school students in the Philippines.
What are the Negative Factors that Affect the Academic Performances of STEM Students in the Philippines?3 answersThe negative factors that affect the academic performances of STEM students in the Philippines include inequalities among regions and between public and private schools, the interaction between students' socioeconomic backgrounds and the possession of a growth mindset, reading difficulties that are comorbid with science and mathematics achievement, and a history of repetition, particularly among males from public schools. Additionally, the level of academic self-regulation, including external regulation, introjected regulation, identified regulation, and intrinsic motivation, does not have a correlation with academic performance among STEM students. Workload is also a factor that affects academic performance, and interventions to support physical and mental health are recommended to help students cope with high workload environments. Furthermore, the status and correlations among environmental literacy, locus of control, and future orientation of STEM students can also impact academic performance, and it is suggested that students be given ample opportunities to improve their environmental literacy through authentic experiences and interdisciplinary learning.