OUTCOME-BASED LEARNING FRAMEWORK FOR REAL-WORLD COMPETENCY IN THE SOFTWARE INDUSTRY

Abstract

This research aims to: 1) Study the essential competencies for software tester positions; 2) Develop an Outcome-Based Learning (OBL) and performance assessment framework; and 3) Propose guidelines for applying the framework in higher education curriculum development. By integrating the principles of Outcome-Based Education (OBE), Competency-Based Education (CBE), and Work-Integrated Learning (WIL), the research process involved job-based competency and gap analyses in collaboration with software industry partners. The research instruments were validated by experts for content validity and demonstrated high reliability (Cronbach’s Alpha = 0.97). The sample consisted of 50 computer science students practicing as software testers. Data collection employed authentic assessment using quality criteria (rubrics) with parallel evaluations conducted by both students and workplace supervisors. The findings identified six essential competency domains: Technical competency, Analytical thinking, Professional and real-world practice, Digital and tool usage, Soft skills and ethics, and integrated outcomes. The effectiveness of the framework was evidenced by a post-practice competency average of 85% and an immediate employment rate of 80% among participants. This framework serves as a systematic mechanism that effectively aligns learning design with real-world performance, bridging competency gaps and elevating graduate quality. Recommendations suggest that higher education institutions should utilize these six competency domains as a foundation for developing competency-based curricula and professional courses in collaboration with industry partners to ensure graduates possess professional workplace readiness and can adapt to future technological changes.