Math problem-solving is difficult for students and instructors. Metacognition abilities may help tackle these problems. Math problem-solving success depends on metacognitive abilities and methods. These abilities and tactics benefit students and instructors. Metacognitive abilities and methods are examined in mathematics problem-solving for instructors and students. A qualitative case-study design was utilised. to describe things deeply and broadly. Metacognitive abilities and methods such as task analysis, planning, monitoring, checking, and reflection, as well as self- and group-monitoring, reading and writing, self-regulation (SR), and self-assessment (SA), helped students solve arithmetic problems. Group talks and self-reflection help pupils tackle challenges, too. Meta-cognition for problem-solving is recommended for students and instructors.

The research conducted for this study took place in a Pakistani educational institution. It compared the learner-centred (LC) and teacher-centred (TC) methods and investigated the learners' opinions regarding each method. This study employed qualitative methodology. Two classroom discussions were recorded in LC and TC modes to capture data. Participants in the study were given an open-ended questionnaire. Analyses of data were guided by Critical Discourse Analysis (CDA). The application of the socio-cognitive model (Dijk, 2006) and 3D model (Fairclough, 1995) revealed speech and ideology differences between TC and LC. The learners preferred the LC method. This research will encourage other academics to research different instruction methods. This research will also benefit applied linguists, particularly language teachers, to determine the effectiveness of teaching methods.

The study aimed to assess the impact of implementing Six Sigma practices on teaching effectiveness. This exploratory research, conducted at the University of Okara, centred on teachers from various departments. Qualitative data was gathered via semi-structured interviews and analyzed using thematic analysis. The findings revealed that faculty members were unintentionally addressing three phases (define, measure, and analyze) of the Six Sigma process due to a lack of awareness. Students were knowledgeable about their educational standards and rights, and their issues were addressed when communicated. However, the remaining two phases (improvement and control) of Six Sigma were neglected by university teachers, with quantity taking precedence over quality. Teachers acquainted with Six Sigma practices demonstrated greater teaching effectiveness. The study recommends raising awareness among teaching staff about Six Sigma practices and ensuring their implementation for better outcomes. Expanding the data collection scope for result triangulation is also suggested.

This study examines the impact of teaching strategies on prejudice and intergroup relations among secondary students in public high schools in Pakistan’s Lodhran district. Using a descriptive cross-sectional design, researchers administered a self-developed questionnaire on prejudiced attitudes and intergroup contact to 215 students from Kehroor Pakka, Lodhran, and Dunya Pur, achieving a Cronbach’s alpha of 0.834 for reliability. Findings from 213 valid responses reveal that while students are generally tolerant, biases persist regarding gender, caste, and religion. Cooperative learning and culturally responsive teaching (CRT) improved intergroup relations, especially when teachers demonstrated fairness and respect. However, challenges such as teacher bias, favoritism, and limited intergroup interaction were reported. SPSS analysis showed that group learning effectively reduced conflicts, and students favored cross-caste friendships and discussions of relevant issues. The study recommends professional development and curriculum adjustments for preservice teachers to foster inclusive, no prejudicial classroom environments.

The rapid advancement of digital technologies is revolutionizing online education, enhancing accessibility, personalization, and learner engagement. This study examines the impact of Artificial Intelligence (AI), Virtual Reality (VR), and Blockchain on online learning environments. A structured survey was conducted among students from three universities in Multan NUML, Women University, and an Education University to evaluate their perceptions, adoption trends, and associated challenges. The findings indicate that AI-powered systems improve personalized learning, VR fosters immersive educational experiences, and Blockchain enhances digital credential verification. The study revealed that over 60% of students perceived AI-based platforms as effective tools for personalized learning and 25% raised concerns about the lack of human interaction, fearing that AI-driven education could reduce opportunities for independent thinking, class discussions, and direct instructor feedback. This research highlights the need for institutional strategies to facilitate the effective implementation of these technologies, ensuring a more inclusive and engaging learning landscape.

This study investigates the role of digital technologies in enhancing student engagement in science education at the higher secondary level, focusing on institutions in Multan. Using a quantitative research design, data were collected from 203 students through a structured questionnaire based on a 5-point Likert scale. The results indicate that digital tools such as simulations, virtual labs, and multimedia resources significantly improve students' motivation, participation, and conceptual understanding. Female students demonstrated slightly higher engagement levels compared to males. A strong positive correlation was found between enabling factors and engagement (r = 0.60), while challenges showed a negative correlation (r = 0.42). The findings underscore the need for strategic investments in digital infrastructure, teacher training, and curriculum-aligned content. This research contributes to developing effective digital teaching strategies and provides actionable insights for educators and policymakers aiming to enhance science education through technology integration in secondary schools.