scholarly journals SMALL GROUP LEARNING METHODS AND THEIR EFFECT ON LEARNERS’ RELATIONSHIPS

2016 ◽  
Vol 70 (1) ◽  
pp. 45-58
Author(s):  
Radka Borůvková ◽  
Petr Emanovský

Building relationships in the classroom is an essential part of any teacher's career. Having healthy teacher-to-learner and learner-to-learner relationships is an effective way to help prevent pedagogical failure, social conflict and quarrelsome behavior. Many strategies are available that can be used to achieve good long-lasting relationships in the classroom setting. Successful teachers’ pedagogical work in the classroom requires detailed knowledge of learners’ relationships. Good understanding of the relationships is necessary, especially in the case of teenagers’ class. This sensitive period of adolescence demands attention of all teachers who should deal with the problems of their learners. Special care should be focused on children that are out of their classmates’ interest (so called isolated learners or isolates) in such class and on possibilities to integrate them into the class. Natural idea how to do it is that of using some modern non-traditional teaching/learning methods, especially the methods based on work in small groups involving learners’ cooperation. Small group education (especially problem-based learning, project-based learning, cooperative learning, collaborative learning or inquire-based learning) as one of these methods involves a high degree of interaction. The effectiveness of learning groups is determined by the extent to which the interaction enables members to clarify their own understanding, build upon each other's contributions, sift out meanings, ask and answer questions. An influence of this kind of methods (especially cooperative learning (CL)) on learners’ relationships was a subject of the further described research. Within the small group education, students work with their classmates to solve complex and authentic problems that help develop content knowledge as well as problem-solving, reasoning, communication, and self-assessment skills. The aim of the research was to answer the question: Can the cooperative learning methods help to integrate isolated learners into the class? The research was realized as a pre-test-post-test design for the sample of 207 learners of first, second and third grades of lower secondary school. Standardized sociometric questionnaire B-3 was used to determine the number of isolated learners before and after using the CL methods. Consequently, using the Wilcoxon statistic test of significance, the hypothesis was verified that the number of isolates after the CL methods is statistically significantly lower than that of the case before using the non-traditional teaching/learning method. Accordingly, the research results justify implementation CL methods into education. Key words: cooperative learning, isolated learners, learners’ relationships, small group learning methods, sociometric methods.

Author(s):  
Sema A. Kalaian

The aim of this chapter is to present a conceptual and practical overview of online learning pedagogies for the 21st century courses including science, technology, engineering, and mathematics (STEM) courses. Online learning and various alternative innovative forms of online small-group learning have been developed and implemented worldwide to replace or supplement the traditional face-to-face classroom instruction. Online teaching/learning using small-group learning methods such as problem-based learning, cooperative learning, collaborative learning methods, and team-based learning are examples of such innovative reform-based collaborative student-driven pedagogies that are covered in the chapter. These innovative 21st pedagogies make learning in online environments more stimulating, engaging, and motivating for students to deeply and meaningfully learn the course content and maximize their persistence in the web-based online courses.


Author(s):  
Sema A. Kalaian

The aim of this chapter is to present a conceptual and practical overview of online learning pedagogies for the 21st century courses including science, technology, engineering, and mathematics (STEM) courses. Online learning and various alternative innovative forms of online small-group learning have been developed and implemented worldwide to replace or supplement the traditional face-to-face classroom instruction. Online teaching/learning using small-group learning methods such as problem-based learning, cooperative learning, collaborative learning methods, and team-based learning are examples of such innovative reform-based collaborative student-driven pedagogies that are covered in the chapter. These innovative 21st pedagogies make learning in online environments more stimulating, engaging, and motivating for students to deeply and meaningfully learn the course content and maximize their persistence in the web-based online courses.


Author(s):  
Betty Collis ◽  
Jef Moonen

Collaborative learning is a specific approach within the broader context of pedagogy. Collaborative learning encourages student participation via peer interaction in the learning process. It encompasses a set of approaches to education, sometimes also called cooperative learning or small-group learning (NISE, 1997; Collis, 1994). Collaborative learning creates an environment “that involves students in doing things and thinking about the things they are doing” (Bonwell & Eison, 1991, p.2).


Author(s):  
Sema A. Kalaian ◽  
Rafa M. Kasim

The focus of this meta-analytic chapter was to quantitatively integrate and synthesize the accumulated pedagogical research that examined the effectiveness of one of the various small-group learning methods in maximizing students' academic achievement in undergraduate computer science classrooms. The results of the meta-analysis show that cooperative, collaborative, problem-based, and pair learning pedagogies were used in college-level computer science classrooms with an overall average effect-size of 0.41. The results of the multilevel analysis reveal that the effect sizes were heterogeneous and the effects were explored further by including the coded predictors in the conditional multilevel model in efforts to explain the variability. The results of the conditional multilevel model reveal that the effect sizes were influenced significantly by both instructional duration and assessment type of the studies. The findings imply that the present evidence-based research supports the effectiveness of active small-group learning methods in promoting students' achievement in computer science classrooms.


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