Guiding Gifted Students Toward Science Expertise

This chapter explores the developmental processes, learning environments, and instructional strategies that support the emergence of scientific expertise in secondary gifted education. Drawing on research from cognitive science, talent development, and science education, the chapter outlines how adolescents progress from novice to increasingly sophisticated levels of scientific thinking and practice. It emphasizes the importance of early exposure to authentic scientific inquiry, opportunities for mentorship and guided research, and instructional designs that promote deep conceptual understanding, metacognition, and epistemic agency. The chapter also highlights the role of deliberate practice, domain-specific knowledge, and affective factors—such as curiosity, motivation, and identity—in shaping students&s; long-term trajectories toward scientific expertise. Special attention is given to equitable access to enrichment experiences and to addressing barriers that limit the participation of underrepresented groups in advanced science learning. By integrating theory with applied strategies, the chapter provides educators and program designers with a framework for cultivating high-level scientific thinking, preparing students not only for postsecondary success but also for meaningful engagement in the scientific enterprise.