A qualitative study to examine mathematics and science mentor teachers' conception of effective mentoring

This qualitative study examines the mathematics and science mentor teachers' understandings on effective area specialized mentoring. Through inductive thematic analysis of interview data from a sample of mentor teachers (4 mathematics, 4 chemistry, 2 biology, 3 physics teachers) from both public and private high schools in Istanbul, the research aims to dissect the multifaceted dimensions of mentorship in specialized subject areas. Four distinct themes emerged from the inductive analysis of the data: (1) Mentoring Motivations, (2) Conception of Knowledge for Teaching, (3) Mentoring Practices, and (4) Mentoring Perceptions. The findings indicate that mentor teachers across disciplines initiate their descriptions of effective mentoring by articulating conceptions of knowledge for teaching, specifically linking their mentoring practices to the requisite subject matter knowledge (SMK) and pedagogical content knowledge (PCK) that teachers ought to possess or develop. While both disciplines emphasize the critical importance of SMK and PCK, they apply these concepts differently. Mathematics mentors prefer enhancing knowledge through proofs and problem-solving, whereas science mentors focus on experiential learning with labs and hands-on activities, often integrating technology to foster engaging environments. The study also distinguishes between mentor teachers who identify as 'teacher educator' —who engage in detailed pedagogical discussions and reflective practices—and those who do not, with the latter group focusing more on providing emotional support and improving communicative competencies with students.