返回
Using a collaborative working group model to develop an ADHD resource for school staff
DOI:10.1002/berj.3886.png)
摘要
En 中文
Inclusive education for children with attention deficit hyperactivity disorder (ADHD) presents challenges for school staff and professional development is lacking. Training is not always available when needed, strategies suggested by external experts can be impractical and staff lack autonomy in choosing the best way of being resourced. Additionally, the experience and knowledge of the range of school staff is not utilised. A collaborative working group of school staff and a researcher explored an alternative method of ADHD resourcing. Co-construction of knowledge defines how the group discursively identified actionable knowledge from the different perspectives and knowledge brought by individual group members. A systemic framework was used to critically reflect on the collaboration. The framework enabled reflection on four areas to understand how and why the collaboration led to a published web-based school staff ADHD resource. Firstly, starting conditions and assumptions were considered to identify and articulate the rationale for the resource. Secondly, the context and system dynamics enabled consideration of the socio-cultural and political landscape of the project and the impact of COVID-19. Thirdly, the different voices of participants and power dynamics were reflected on. Finally, emergence was a frame in which to elucidate knowledge production and changes in practice. The collaborative working group addressed the research-practice gap and the need for diversity of voices to be heard across the school. Knowledge co-construction positions staff as knowledge bearers and, together with different forms of knowledge, they can be empowered to create new, contextualised evidence-based knowledge.
Keyword:
ADHD
co-construction
resources
schools
teachers
期刊
IF:
2.1
论文数:
2.0K
被引数:
3.9K
机构
引用论文
Eine Auswahlmethode für die Extraktion mit ionischen Flüssigkeiten basierend auf COSMO‐RS: σ‐Profil基于COSMO‐RS的离子液体萃取选择方法:σ‐Profile
Flow characteristics of bubble column with perforated draft tube in viscous liquid.在黏性液体中带穿孔导流筒的气泡柱流动特性。
Capillary instability of a cylindrical interface of viscous magnetic and nonmagnetic fluids subjected to an axial magnetic field粘性磁性流体和非磁性流体圆柱界面的毛细不稳定性,受轴向磁场作用
Development of a Plate Static Micromixer Utilizing Rotation of Fluid Interface and Its Mixing Performance利用流体界面旋转的板式静态微混合器的开发及其混合性能
Experimental Evaluation of Sulfur Dioxide Absorption in Water Using Structured Packing使用规整填料的二氧化硫在水中的吸收实验评价

