Enhancing STEM Competency-Based Education through Emerging Technologies: Pedagogical Innovations for 21st-Century Learning

Abstract

The integration of emerging technologies into science, technology, engineering, and mathematics (STEM) education is transforming Competency-Based Education (CBE) models pedagogy. The present study examines Artificial Intelligence (AI), virtual labs, simulation software and learning analytics as technologies that enhance teaching and learning in STEM courses. Grounded in constructivist and experiential learning theories, the research investigates how technology can support competencies mastery, personalized learning, and critical thinking by students. Case studies were carried out in sampled Kenyan secondary schools and universities that have adopted the Competency-Based Curriculum (CBC), with emphasis on actual time application of digital tools within STEM teaching.

Data were collected through classroom observations, teacher interviews, student focus group discussions and learning performance data analysis from digital learning environments. Findings indicate that technology-enabled pedagogies significantly improve student engagement, formative assessment, and understanding of STEM concepts. For example, students using simulation tools in physics and chemistry showed better mastery of concepts than those in traditional classrooms. Teachers were also able to identify learning gaps and fill them for better inclusivity and personalized instruction through learning analytics. However, the research also indicates some of the challenges including restricted access to digital infrastructure, poor teacher training, and resistance to pedagogical innovation. To tackle such issues, the research advises investment in infrastructure, ongoing professional development for teachers, and stakeholder engagement to support sustainable integration of technology in CBE. In summary, the study emphasizes the catalytic function of emergent technologies in reshaping STEM education with CBE. Instructional design in accordance with technology and student capacities is pivotal in preparing learners with skills to survive in a rapidly evolving, technology-driven world.