Profiles of Good Teaching Practices in STEM Disciplines: An Analysis of Mixed Methods of Academic and Assessment Variables of Teaching in the First Cycle of Civil Engineering

Abstract

A relevant area to improve the quality of undergraduate education are the STEM disciplines: science, technology, engineering, and mathematics. These disciplines have seen a drop in student interest and participation internationally. This study aimed to determine profiles of good teaching practices based on responses from a teaching evaluation survey and academic context variables of students in STEM disciplines using a mixed-methods design. The study was conducted at a state university in southern Chile, framed in the first cycle of STEM disciplines, the Faculty of Engineering and Sciences using data from 2016 to 2017. The quantitative results revealed four groups analyzed by cluster, together with the most frequent responses according to the highest and lowest scores. The qualitative results yielded five groups of codes of greatest frequency in the twelve analysis units, which were the students’ comments divided into mathematics, physical sciences, and chemistry courses. The findings suggest a need to continue developing pedagogical knowledge in STEM teachers and highlight student involvement. Actions for improvement could focus on orienting teaching skills: (a) with a special emphasis on pedagogical content knowledge to promote active learning; (b) in the knowledge of the classroom culture and its problems associated with poor outcomes, offering the students equal opportunities for academic performance in STEM; and (c) in the management of a learning environment suitable for all students, inclusive classrooms, alleviating the burden of academic success being only on students. Finally, the teaching evaluation instrument needs to be improved.

Attitudes towards STEM education: nonlinear effects of teachers’ readiness and the crucial role of affective conditions

“…To ensure that students receive meaningful knowledge, the teaching profession requires exceptional dedication and continuous innovation. For teachers to effectively create learning activities that integrate various materials, they need to possess extensive knowledge of the subject matter and pedagogical content competence in one or more STEM fields (Martínez-Borreguero et al, 2022;Salvo-Garrido et al, 2022). Furthermore, a wide range of external and internal elements, including personal qualities, administrative guidance, working environment, and societal and economic factors, influence educators' dedication and contentment (Cayupe et al, 2023).…”

Las buenas prácticas en la educación inclusiva

“…Hay programas diseñados para acomodar a los estudiantes, especialmente aquellos con diferencias de aprendizaje, como dificultad para recordar, comunicarse en clase, confusión de vocabulario y gramática (Rovai y Pfingsthorn, 2022). Prestar atención al contenido de los conocimientos pedagógicos con el fin de promover el aprendizaje; comprender la cultura del aula y los problemas relacionados con el bajo rendimiento, gestión de un entorno de aprendizaje adecuado para todos, aulas inclusivas, buenas prácticas y la reducción de la carga del logro académico en el estudiante (Salvo et al, 2022).…”