The Role of Structured Output Planning in Enhancing Teacher Job Performance in Kasese District Secondary Schools, Uganda / Data Set

Background: Structured output planning, including lesson preparation, goal setting, instructional strategies, and performance appraisal, is essential for improving teacher job performance. This study examines the impact of structured output planning on teacher job performance in secondary schools in Kasese District, Uganda. Methods: Mixed-methods research design was employed, involving 245 participants (176 teachers and 69 administrators) selected through stratified random sampling. Structured questionnaires and in-depth interviews were used for data collection. Descriptive statistics, Pearson correlation, and regression analysis were used to assess the impact of output planning on teacher performance using SPSS version 27. Results: Findings revealed a strong correlation (R = 0.830, R² = 0.689, F = 19.041) between structured planning and teacher performance, with 68.9% of teacher job performance. The study indicated a predominantly young workforce (91.3% below 40 years), a higher proportion of female teachers (59.1%), and a low long-term retention rate (0.4% with more than 20 years of experience). 98.3% of teachers acknowledged objective performance appraisals (Mean = 4.48), while 92.5% received regular feedback (Mean = 4.22). 87.9% implemented approved lesson plans (Mean = 4.08), and 82.6% ensured proper lesson preparation (Mean = 4.14). 80.9% reported class sizes exceeding government guidelines (Mean = 3.93), negatively affecting instructional quality. Conclusion: Structured planning significantly enhances teacher performance while high attrition rates, oversized classes, and access to professional development remain key challenges. The hypothesis (H₀1) stating that "There is no significant relationship between output planning and teachers’ job output in secondary schools in Kasese District" was rejected, confirming a significant relationship between structured planning and teacher performance.