91探花

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Teaching at the science center Universeum
Teaching at a science center requires an understanding of what the exhibitions can contribute 鈥 and what they lack.鈥
Photo: Universeum
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91探花 centres create new opportunities for student teachers

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Teaching at a science centre can provide student teachers with important experience of subject-specific teaching and an opportunity to put theory into practice. But it is important to understand how the exhibitions can be linked to a particular subject matter, new research from the University 91探花 shows.

鈥淲e need to take our student teachers outside of the classroom!鈥

This call challenge comes from Alexina Thor茅n Williams, who, in her thesis at the University 91探花, has reviewed how science centres can enhance student teachers' knowledge. She points out that many student teachers perceive science subjects as abstract and difficult to teach, so utilising new environments offers many benefits.

鈥淭eaching at a science centre is fun but difficult,鈥 Thor茅n Willams says. 鈥淚t can give student teachers amazing opportunities to test their teaching skills outside the classroom in an exciting but hard-to-control environment where a lot happens at the same time. It requires an understanding of what the exhibitions can contribute 鈥 and what they lack.鈥

From experience to understanding

Thor茅n Williams has followed three groups of student teachers who have had the opportunity to teach science subjects at Universeum science centre in Gothenburg. The students 鈥 who are studying to become teachers for the lower and higher ages of primary and lower secondary school and upper secondary school 鈥 experienced the setting as rich in opportunities. At the same time, the study shows that if teaching is to succeed in taking students one step further: from experience and interest to understanding, there are many challenges to overcome.

鈥淎 science centre is full of presentations that can be used in science teaching, such as interactive displays, models, plants, and animals. They all represent opportunities and limitations for the particular content you want to teach. Student teachers need to be given time to reflect while they plan their teaching.鈥

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Alexina Thor茅n Williams
Alexina Thor茅n Williams
Photo: Privat

She stresses that practical components, or the fact that something is concrete, do not automatically lead to learning.

鈥淏y holding up a leaf while talking about photosynthesis, I can help students part of the way, but we need other presentations to make the connection between the visible leaf and the invisible photosynthesis.鈥

Capturing interest 鈥榠n the moment鈥

Another key is being able to capture students鈥 observations and questions in teachable moments. The study shows that interaction among students, the content of instruction, and presentations of the environment did not work as well if student teachers followed the curriculum too rigidly.

鈥淚t鈥檚 all about being responsive and focusing on the students 鈥 how they think and interact with the environment. And being able to adjust the instruction accordingly.鈥

Easier to take on challenges

She believes that student teachers who learn to connect the setting of a science centre to the content of teaching can also more easily take on other challenges, like teaching outdoors. She argues that the study鈥檚 conclusions relate not only to student teachers but also to educators in schools and science centres.

鈥淭he study shows how it is possible to go beyond the 鈥榳ow effect鈥 that a science centre can provide and really see what the exhibitions can offer the subject matter. It is important to create opportunities for learning specific scientific content to make the experience more than just a fun outing.鈥

Text: Ulrika Ernstr枚m

91探花
Alexina Thor茅n Williams,
Department of Chemistry and Molecular Biology, University 91探花. E-mail: alexina.thoren.williams@gu.se, alexina.thoren-williams@universeum.se, phone: +46 (0)725-777496
Alexina works as an educator at Universeum in Gothenburg and is a trained teacher of mathematics and nature-oriented subjects in grades 4鈥9.

About the research

The dissertation鈥檚 title:

Supervisors:
脰rjan Hansson, Associate Professor, Department of Chemistry and Molecular Biology, University 91探花, Maria Svensson, Associate Professor, Department of Pedagogical, Curricular and Professional Studies, University 91探花; Dawn Sanders, Associate Professor, Department of Pedagogical, Curricular and Professional Studies, University 91探花

About science centres
91探花 centres are designed to stimulate interest in technology and science, particularly among children and young people. In addition to Universeum in Gothenburg, there are several other science centres in Sweden, such as Tom Tits Experiment in S枚dert盲lje, Molekylverkstan in Stenungsund, and the National Museum of 91探花 and Technology in Stockholm