Performing chemistry: The benefits of bonding theatre and science

Jonathan Heron; Felix Joachim Nobis; Isolda Romero-Canelon; Peter Sadler; Christopher Thompson

Performing chemistry: The benefits of bonding theatre and science

Jonathan Heron , Felix Joachim Nobis, Isolda Romero-Canelon, Peter Sadler, Christopher Thompson

Research output: Contribution to journal › Article › Other

Abstract

For science graduates, the ability to communicate abstract knowledge in an engaging manner, especially to non-specialists, is highly desirable. This ability is relevant in all areas of professional life, including for science communication, public engagement, funding proposals and influencing policy. We believe innovative techniques such as open-space learning (OSL) can help build these communication skills.

OSL applies the theories and practices of theatrical workshops to the university curriculum. It aims to help teachers and learners reach beyond the traditional boundaries of their disciplines and broaden course learning outcomes. For example, abstract chemical concepts, such as electron exchange and chemical reactivity, can be made physically vivid and more memorable in an OSL workshop.

Original language	English
Journal	Education in Chemistry
Publication status	Published - 20 Jul 2017

Access to Document

https://eic.rsc.org/ideas/performing-chemistry/3007734.article

Cite this

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title = "Performing chemistry: The benefits of bonding theatre and science",

abstract = "For science graduates, the ability to communicate abstract knowledge in an engaging manner, especially to non-specialists, is highly desirable. This ability is relevant in all areas of professional life, including for science communication, public engagement, funding proposals and influencing policy. We believe innovative techniques such as open-space learning (OSL) can help build these communication skills.OSL applies the theories and practices of theatrical workshops to the university curriculum. It aims to help teachers and learners reach beyond the traditional boundaries of their disciplines and broaden course learning outcomes. For example, abstract chemical concepts, such as electron exchange and chemical reactivity, can be made physically vivid and more memorable in an OSL workshop.",

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AB - For science graduates, the ability to communicate abstract knowledge in an engaging manner, especially to non-specialists, is highly desirable. This ability is relevant in all areas of professional life, including for science communication, public engagement, funding proposals and influencing policy. We believe innovative techniques such as open-space learning (OSL) can help build these communication skills.OSL applies the theories and practices of theatrical workshops to the university curriculum. It aims to help teachers and learners reach beyond the traditional boundaries of their disciplines and broaden course learning outcomes. For example, abstract chemical concepts, such as electron exchange and chemical reactivity, can be made physically vivid and more memorable in an OSL workshop.

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