Tyrrell Debra C, Calinger Manetta L
Wheeling University, USA.
Edmedia. 2022;2022:879-889. Epub 2022 Nov 1.
This NIH-funded pilot study took place in spring 2021 to evaluate socioscientific issues (SSI) problem-based learning (PBL) modules to engage middle school students in ill-structured problems in science and health modules as a scientific literacy teachable moment. Data included questionnaires, Zoom interviews, and other correspondence. This pilot case study investigated how two teachers integrated a Covid-19 related SSI into their middle school classrooms, support needed, and their perceptions about the nature of science using a qualitative, multiple case study design. Both teachers chose the same module about who gets a vaccine, perceived their students' high degree of success, and reported the module was easy to use and deliver. The teachers reported that the SSI PBLs engaged their students with the science content involved in their study of viruses, the immune response and vaccines, and the ill-structured problem. The SSI PBL provided a viable solution, or a way for middle school teachers to implement previously developed Covid-19 modules into their teaching that aligned with other curriculum topics despite challenges of time, lesson availability, and professional development limitations. The larger project comprises an immersive learning simulation with supporting material, including SSI PBLs, career opportunities, and teacher training for middle school students to learn about human body systems impacted by natural disasters.
这项由美国国立卫生研究院资助的试点研究于2021年春季开展,旨在评估基于社会科学问题(SSI)的问题式学习(PBL)模块,以使中学生参与科学与健康模块中结构不良的问题,将其作为科学素养的可教时刻。数据包括问卷、Zoom访谈及其他通信。该试点案例研究采用定性的多案例研究设计,调查了两位教师如何将与新冠疫情相关的社会科学问题融入他们的中学课堂、所需支持以及他们对科学本质的看法。两位教师都选择了关于谁能接种疫苗的同一模块,认为他们的学生取得了高度成功,并表示该模块易于使用和讲授。教师们报告说,基于社会科学问题的问题式学习使学生参与到了他们对病毒、免疫反应和疫苗的研究以及结构不良问题中所涉及的科学内容。基于社会科学问题的问题式学习提供了一个可行的解决方案,或者为中学教师提供了一种将先前开发的新冠疫情模块融入教学的方法,尽管存在时间、课程可用性和专业发展限制等挑战,但该方法与其他课程主题相一致。更大的项目包括一个沉浸式学习模拟以及配套材料,其中包括基于社会科学问题的问题式学习模块及职业机会,还有针对中学生的教师培训,以帮助他们了解受自然灾害影响的人体系统。