Cevikbas Mustafa, König Johannes, Rothland Martin
University of Hamburg, Von-Melle-Park 8, 20146 Hamburg, Germany.
University of Cologne, Gronewaldstr. 2a, 50931 Cologne, Germany.
ZDM. 2023 Apr 27:1-13. doi: 10.1007/s11858-023-01487-2.
Lesson planning is of central importance to the teaching of all subjects in school. However, despite its high relevance, there is still a substantial need for a comprehensive review of factors affecting lesson planning. Empirical evidence on how teachers' competence in lesson planning can be developed, what challenges may be encountered during the lesson planning process, and successful lesson planning designs and practices should come to light on. To close this gap the current paper presents the results of a systematic review of 20 empirical research studies on teacher competence in mathematics lesson planning. For detailed insight into the most recent contributions of the reviewed studies on mathematics lesson planning, we analyzed studies conducted during the past decade, adapting the "process model of lesson planning" and the model of "competence as continuum" as a heuristic for approaching lesson planning. We present key results of the studies related to four major themes: (1) dispositions and their influence on developing and implementing lesson plans, (2) quality aspects of lesson plans and the development of lesson planning skills, (3) difficulties in lesson planning, and (4) the relationship between lesson planning skills and performance in implementation of lesson plans. The results of our literature review reveal that teachers (especially novice teachers) face difficulties in lesson planning and their overall competence (and knowledge) are not at an expert level. However, as the results of the examined studies pointed out, teachers can acquire such competence and knowledge through training within initial teacher education and professional development. Overall, teachers need support in planning mathematics lessons by delineating their lesson plan to improve their awareness of students' thinking, possible learning trajectories, effective usage of the curriculum and teaching resources, and the potential of innovative pedagogies that incorporate new technology.
教学设计对于学校所有学科的教学至关重要。然而,尽管其相关性很高,但仍迫切需要对影响教学设计的因素进行全面综述。关于如何培养教师的教学设计能力、在教学设计过程中可能遇到哪些挑战以及成功的教学设计方案和实践的实证证据应该被揭示出来。为了填补这一空白,本文呈现了对20项关于数学教学设计中教师能力的实证研究进行系统综述的结果。为了深入了解这些综述研究所涉及的关于数学教学设计的最新贡献,我们分析了过去十年间开展的研究,采用“教学设计过程模型”和“能力连续体模型”作为探讨教学设计的启发式方法。我们展示了与四个主要主题相关的研究关键结果:(1)倾向及其对教案制定和实施的影响;(2)教案的质量方面以及教学设计技能的发展;(3)教学设计中的困难;(4)教学设计技能与教案实施表现之间的关系。我们的文献综述结果表明,教师(尤其是新手教师)在教学设计方面面临困难,并且他们的整体能力(和知识)未达到专家水平。然而,正如所审查研究的结果所指出的,教师可以通过初始教师教育和专业发展中的培训获得这种能力和知识。总体而言,教师在规划数学课时需要支持,通过细化他们的教案来提高他们对学生思维、可能的学习轨迹、课程和教学资源的有效利用以及融合新技术的创新教学法潜力的认识。