Based on case studies of Chinese teachers in Shanghai and their workplace learning within the context of reform, this book examines how Chinese teachers learn together when they engage in school-based learning activities.

Since the New Curriculum Reform in China in 2001, school-based teaching research groups (TRGs) (Jiaoyanzu) have played an important role in changing teacher learning approaches. Informed by organizational learning frameworks and organizational knowledge theory, the author examines the processes and effects of teacher learning in school-based settings, particularly the role of school leadership in the learning and change of in-service teachers. Implications of sustainably optimizing the school-based teacher learning communities for school improvement are also discussed.

The book will be helpful and valuable for policymakers, school leaders, researchers, students, teachers, and other educational practitioners in understanding the distinctive features of school-based teachers' learning in China.



Autorentext

Xiaolei Zhang has gained her Ph.D. in Education from The Chinese University of Hong Kong. Having served as a post-doctoral fellow at Tsinghua University, she's currently an associate professor at Tianjin University. Her research areas focus on teacher learning and professional development, teacher leadership, curriculum and instruction, and educational reform.



Inhalt

1 Introduction 2 Teacher learning in school organizational settings: Theoretical perspectives 3 School-Based Teacher Learning Through TRGs in China 4 Teachers' learning through engaging in school-based learning activities in TRGs 5 Knowledge development among teachers in school-based TRGs 6 Supporting teachers' learning in TRGs: two leadership strategies 7 Discussion and conclusion: Whether teachers' learning in school-based TRGs leads to change

Titel
How Do Teachers Learn Together?
Untertitel
Case Studies of School-based Teacher Learning Communities in China
EAN
9781000618877
Format
E-Book (pdf)
Veröffentlichung
29.07.2022
Digitaler Kopierschutz
Adobe-DRM
Anzahl Seiten
230