Ethical Dilemmas and Deliberative Dialogue as Means for Increasing Students' Science Capital: A World-Café-Inspired Design (original) (raw)

Science Communication in a Café Scientifique for High School Teens

Science Communication, 2012

The authors’ adaptation of the popular Café Scientifique model has proven to be effective for communicating science to a high school teen audience. Their process for achieving effective science communication between scientist-presenters and teens focuses on overcoming the “information deficit” mode of presentation that most scientists are trained for. Their coaching stresses that effective science communication requires engagement on a personal level that meets the audience where it is in terms of both prior knowledge and social context, while making connections to the teens’ daily lives. Scientist-presenters report strong satisfaction with the coaching process and the resulting quality of science communication.

Toward socio-scientific participation: changing culture in the science classroom and much more

Cultural Studies of Science Education, 2007

In response to Tali and Yarden's presentation of their efforts to teach socioscientific issues, the discussants address issues of authentic versus simulated activities; teachers as learners or co-creators with their students; educating people to contribute to science-based decisionmaking; the development of such socioscientific competence; the relationship between group or participatory processes and individual development; framing real world cases for every age of student; making space to delve into the historical and social background to any scientific theory, practice, or application; educating teachers who can coach students in socioscientific inquiry; and facing off against the traditional and resurgent emphasis on highstakes, content-oriented testing of students in science.

Promoting sociologically authentic inquiry in school science communities

… in Science Teaching, St. Louis, MO, 2001

The sociological view of science utilized by the Environmental Inquiry (EI) project contrasts sharply with the view implicit in many school programs. From a sociology of science perspective, claims do not become facts when an omniscient authority passes judgment on them, but when peers recognize and use those claims to do useful work of their own. Scientists employ technologies and empirical tactics, reference other studies, generate inscriptions, anticipate skeptical reception, and utilize other strategies in order to achieve peer acceptance and to retain it in the face of inevitable challenges. School science, on the other hand, often represents facts as unproblematically proven by unambiguous evidence, and frames students as receivers of these clear facts.

Primary education students’ engagement with socio-scientific discussion as an approach to learning for sustainability

Scottish Educational Review

Sustainability is a complex, ill-defined concept that has been the subject of much debate over the last two decades (Wals and Jickling, 2002). The ill-defined nature of sustainability manifests itself within socio-scientific issues where conflicting reality constructions, values, norms, and interests interact. Initial teacher education as part of Higher education has a responsibility to critique the values and knowledge claims inherent within contemporary science issues and can meet this responsibility by supporting students to engage with socio-scientific discussions within the context of learning for sustainability. This paper explores how forty-four primary education students engage with discussions focused upon climate change. Students’ prior educational experience, together with their disposition towards open-mindedness impacts heavily upon the way they interact during discussions. Online teacher-mediated discussion fora are useful for supporting primary education students’ abi...

Embedding the Scientists: Civic Issues as Context for Teaching and Learning

Journal of the Assembly for Expanded Perspectives on Learning, 2023

We teach science as a path to meaningful civic engagement in a participatory democracy and as a path that should be open to all; our concern lies in how the next generation of young citizens 1 address challenging civic issues both by applying science to other contexts-public and civic-as well as communicating science to others-peers and the public. To that end, our article seeks to explain an interdisciplinary capstone course for our general education program that we developed to promote and support science learning and science communication by teaching in the context of important civic issues. Science is not about big words. It's not about lab coats and safety goggles, and it's definitely not about trying to make yourself sound fancy. Science is not an end in and of itself, but a path. It's a method to help you discover the underlying order of the world around you and to use those discoveries to help you predict how things will behave in the future.

Making Meaning of Science: An Experience of a Science Museum in Fostering Dialogue Between Young People and Science

Human Arenas, 2020

Science and technology museums have been adopting a science communication perspective that goes beyond the simple presentation of information. Through engagement, museums also facilitate the creation and exchange of political and cultural meanings, ideally among diverse social groups. The current study explores students' views about the relationship between science and technology and everyday life. The research was carried out as part of the assessment of an after-school program led by a science museum and oriented by the situated learning theory. Over 1900 urban public-school students in 5th to 9th grades completed questionnaires and were observed in the activities. Analyses revealed that the students identified different practices associated with scientific work, which allowed them to explore how science works and how it could be related with their everyday life. Further, results suggested that non-formal educational environments could foster interest in science and technology by involving socio-cultural context.