Abstract
This chapter provides new insights on the experimental research that hypothesized whether the gender group composition in active learning (AL) versus traditional lecture (TL) classrooms of undergraduate biology majors and non-majors correlate with students' achievements and attitudes. The research found that AL improves males' achievements and attitudes while females perform lower in their tests and exams in mixed-gender groups. In single-gender groups, female achievements were higher in both TL and AL classes. The authors argue that students' gender and gender group composition and associated socio-cultural beliefs have been the most influential factors in students' achievements and framing attitudes towards science learning. The findings suggest that underlying socio-cultural, social identities, and associated beliefs supersede the effectiveness of pedagogical approaches. Thus, there is a need for developing gender-specific and context-specific teaching pedagogies, and instructors carefully select gender grouping in teaching undergraduate science subjects.
TopIntroduction
The active learning (AL) pedagogical approach is gaining a renewed interest among higher educators worldwide as an effective teaching strategy to increase student's engagement to maximize learning achievements (Marlowe & Page, 2005; Raelin, 2009). Despite its roots in constructivist traditions, some researchers argue that there is no specific theoretical boundary to separate AL from other philosophical foundations such as behaviorist, cognitivist, social, and cultural learning theories (Brame, 2019; 2014; Miller, 2004). Often educators raise questions about what AL is and how it defers from other teaching approaches and philosophical foundations (Prince & Felder, 2004). The AL approach is popularizing in many parts of the world in different forms and innovative activities as described in the subsequent sections. Therefore, it is worthwhile for educators and interested communities to understand the historical evolution and relationships of various philosophical foundations and lessons learned from a variety of disciplines to understand its effectiveness in promoting student engagement, positive attitude, and learning achievements in different socio-cultural settings.
The research literature provides mixed findings from a variety of discipline-specific AL practices, theoretical and practical perspectives that often confuse educators to understand what best approaches would bring higher learning achievements in different socio-cultural contexts (Almasri et al., 2021; Brame, 2019; Pardjono, 2016). AL often overlapped with various learner engagement strategies such as lab experiments, homework assignments, and various in-class activities (Zuber‐Skerritt, 2002). As a result, many educators question how AL differs from other teaching methods used in various disciplines (Prince & Felder, 2004). Further, there is a lack of research publications in distant countries such as Kuwait and the Middle East (Almasri et al., 2021). Due to the unfamiliarity of implementing innovative AL methods to enhance students' active engagement in class, many Middle Eastern countries, including Kuwait, use traditional lecture-based (TL) pedagogies as the primary teaching approach in higher educational institutes (Almasri et al., 2021; Zapalska et al., 2012).
Therefore, this chapter provides a broad understanding of AL pedagogies and underlying theoretical assumptions and discusses the research findings on the effectiveness of teaching undergraduate science subjects. The chapter explicates the findings of two pedagogical models—active learning (AL) versus traditional lecture-based teaching (TL) pedagogies experimented in different undergraduate science classrooms in single and mixed-gender group settings in a male-dominant socio-cultural context. It examines how has AL approach enhanced student learning achievements and influenced framing positive or negative attitudes towards science education in Kuwait. The authors aim to contribute new insights in implementing AL pedagogies in one of the Middle Eastern countries, further expanding the discipline-specific knowledge on implementing AL strategies in different contexts. The authors highlight drawbacks, criticisms, and differential research findings to provide a robust understanding while discussing underlying philosophical foundations. The chapter includes a comprehensive literature review to provide background knowledge of AL pedagogical approaches implemented in higher educational settings.
Key Terms in this Chapter
Mixed-Gender: Men and women in a group of four (2 men(M) + 2 women(F)) in the same classroom.
Traditional Lecture-Based Learning: A lecture based pedagogical method. The instructor uses a projector, a visual display surface, or a writing surface to deliver the lesson. It is characterized by a one-way interaction in which instructors convey material to students.
Science Major: Pre-Medical students, in that student also take Biology as a science subject.
Science Non-Major: Students having biology course as an elective.
Active Learning: Is an approach to teaching that involves actively engaging students with course material through conversations, problem-solving, case studies, role plays, and other techniques. Example activities can be many, including in-class activities, group work, problem solving, games, simulations, think-share-pair, and Lab experiments.
Biology: A subject taught in an undergraduate science classroom is a scientific study of life and branch of science concerned with the vital activities of living organisms.
Single-Gender: Men or women in a separate classroom, and there was no interaction between male and female students.