There is a long standing debate about whether the arts and
the sciences are separate disciplines, with opposing methodologies and
different aims. The arts are often perceived as being predominantly creative in
nature while science is often seen as mechanical and methodical with little
room for artistic expression. However many professionals who work in a
scientific field argue that creativity is a major part of and is essential for
scientific enquiry.
John Dewey: ‘Every great advance in science has issued from
a new audacity of the imagination.’ (Naiman, 1999)
This was a hot topic in a discussion during a lecture:
These words are specifically about science and the words that we decided were associated with creativity were mainly to do
with specific artistic disciplines like music, drama and painting. Initially we
didn’t see the relationship between these two but it didn’t take long to make the connection.
The Leonardo effect is a creative educational method which brings creativity into the sciences. It is very much child led and allows a huge amount of freedom to explore. It is described as a synchronised integration of science and art, which can transform the learning experience for pupils and teachers and motivate disengaged students.
The Leonardo Effect is a four stage method starting with
discussion and leading to pupils asking questions about general topics; this
directs the rest of the process. Next pupils use their questions to lead their
research and are not confined by rigid subject boundaries, the pupils are free
to explore and find answers through a variety of mediums utilising many
learning styles. Once the research has been conducted pupils take what they
have learnt and present it in a creative manner which reinforces the learning.
Lastly the pupils reflect on the learning by communicating to other class
members and teachers enabling other groups to benefit from the information
discovered.
Two seminar sessions were spent on putting the Leonardo
Effect into practice ourselves. The class was split into four groups and we
were each given a basic element; earth, air, fire and water. This was the only
teacher direction that was given. As a group we brainstormed lots of key words
and questions about fire:
We narrowed our investigation to some key questions, Caren
and I investigated the following:
What is needed for a fire?
What are the temperatures of different colours of flame?
We scoured the internet using mainly educational sites such
as BBC bite size to gather our information.
We presented our findings to the rest of the seminar group using a diagram of the fire
triangle which shows the elements necessary to start and maintain a fire and we
used cue cards that had a colour written on one side and were flipped to show
the chemical that burns that colour and the temperature of a flame of that colour.
The Leonardo Effect takes a unique approach to previously
rigid subject and opens up boundaries between topics. It allows children to
direct their learning which increases motivation and participation, especially
in previously disengaged pupils. I do like the idea of the Leonardo effect due
to the autonomy it allows pupils. However I feel that at a primary school level
this method could lead to a certain degree of chaos and distraction. Young
pupils choosing their own research questions and investigating using their
chosen methods has the potential to lead to unproductive behaviours and
children going completely off topic and not actually achieving any worthwhile
research aims or having a meaningful learning experience. The process would
need to be adapted depending on the age of the group to avoid negative
behaviours such as aimlessly browsing the internet and research questions that
have little educational value.




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