Mathea Simons

Student Teachers' Team Teaching: How Do Learners in the Classroom Experience Team-Taught Lessons by Student Teachers?.

Abstract This study focuses on student teachers’ team teaching. Two team teaching models (sequential and parallel teaching) were applied by 14 student teachers in a quasi-experimental design. When implementing new teaching models, it is important to take into account the perspectives of all actors involved. Although learners are key actors in the teaching process, their perspective is often ignored. Therefore, the central research question is: How do learners experience sequential and parallel teaching? A questionnaire was administered to the 229 learners participating in the experiment. Exploratory factor analysis and multilevel analysis revealed that both models were evaluated positively. However, parallel teaching scored significantly higher on advantages whereas sequential teaching scored higher on disadvantages. Quantitative content analysis revealed additional information. Benefits of parallel teaching were high levels of concentration and involvement and a positive atmosphere. In sequential teaching, learners appreciated the additional support and variation. Disadvantages of sequential teaching referred to the fact that it was confusing and to differences between both teachers. Learners in parallel teaching disliked the splitting of the class group. They were concerned that both learner groups would not be treated equally. These findings reveal that from the learners’ perspective, parallel teaching should be preferred above sequential teaching.

Team Teaching During Field Experiences in Teacher Education: Investigating Student Teachers’ Experiences With Parallel and Sequential Teaching

During field experiences in teacher education, student teachers are generally placed individually with a mentor. Teacher education institutes search for alternative field experience models, inspired by collaborative learning such as team teaching. This study explores two team teaching models, parallel and sequential teaching, by investigating the student teachers’ perspective. Quantitative (survey) and qualitative (self-report) methods were used to map their attitudes toward both models, their perception on collaboration, advantages and disadvantages, and the conditions for implementation they consider critical. Student teachers adopt positive feelings toward both models. In sequential teaching, collaboration is experienced significantly higher than in parallel teaching. Both models have their own advantages and disadvantages, but advantages clearly outweigh disadvantages. In comparison with previous research, decreased workload and better management are new advantages, interdependence and complex management new disadvantages. “Preparation for new roles” is the most important condition in order to successfully implement both models.

Team teaching during field experiences in teacher education: Exploring the assistant teaching model

Abstract Teacher education institutes are in search of alternative models of field experiences, inspired by collaborative learning. This study examines team teaching. We focus upon the assistant teaching model, in which the student teacher assists the mentor during teaching. We investigate which assisting activities student teachers prefer, how student teachers and mentors experience these activities and the conditions for implementation they foresee. Data were gathered using activity reports, reflective documents and questionnaires. Results show that the preferred assisting activities mainly consist of guiding pupils during individual and team work and of teaching a part of a lesson in front of an entire class group. The assistant teaching model has both advantages (professional growth, …) and disadvantages (feelings of unfamiliarity, …) for the student teacher. Advantages and disadvantages have also been reported for mentors (support, high workload, …) and pupils (support, confusion, …). Finally, several conditions for successful implementation of the assistant teacher model are discussed.