The Use of Semiotic Technologies to Foster Analytical, Creative, and Practical Skills of Gifted Students: Teacher Perspectives

This study examines the role of semiotic technologies in gifted educa-tion, focusing on how these tools support differentiation and the develop-ment of analytical, creative, and practical skills in gifted students, as outli-ned by Sternberg’s theory of successful intelligence. Using a qualitative case study design, six teachers from a gifted pull-out school (Science and Arts Center) in Turkey participated through semi-structured interviews and classroom observations. MAXQDA was used for thematic analysis. Thema-tic analysis revealed that semiotic technologies enable differentiated instruc-tion by allowing teachers to tailor content and engagement strategies to stu-dents' needs. Analytical skills were supported through problem-solving tasks, creative abilities through digital design and experimentation, and practical skills through collaborative, real-world applications. However, teachers reported challenges, including limited infrastructure, lack of formal training, and the rapid pace of technological change, which hindered the full integration of these tools. Teachers expressed a strong need for ongoing professional development to enhance their proficiency and confidence in using semiotic technologies effectively. While the study highlights the poten-tial of semiotic technologies to deepen engagement and learning, limitations such as the small sample size, reliance on self-reported data, and a single institutional context suggest caution in generalizing results. This research contributes to understanding technology’s role in gifted education and emphasizes the need for further studies incorporating quantitative data and broader samples to comprehensively assess the impact of semiotic technolo-gies on differentiation and skill development in diverse educational settings.