Title: Richard Aplin richard.aplin@hants.gov.uk
1Hampshire Inspection and Advisory Service,
Science Team
- An experiential model for
- professional development
- Richard Aplin richard.aplin_at_hants.gov.uk
- Dave Whittle david.whittle_at_hants.gov.uk
- Frank Fearn frank.fearn_at_hants.gov.uk
2In a nutshell
- We are not teaching students the right things
- They are not enjoying it anyway
- Not sure boards and SNS have the right models to
rectify the problem - We think we have a different approach that may
help
3Students attitudes to secondary science
- Jonathon Osborne (SSR March 2008)
- Drop off at KS2-3 transfer
4Crisis of scienceorcrisis of science education?
5Simple definition of science
- A body of knowledge acquired through the
scientific method - Finding truths through the gathering and analysis
of evidence.
6Two issues with teaching how to be scientific
- Do we have effective models for teaching how to
be scientific? - The discrete skills models
- Do teachers have sufficient experience of doing
science themselves?
7The experiential model
8Starting with the experience
9Why do F1 racing cars
have wide wheels?
10The rising floating candle
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13Starting with the experience
- Do some proper science
- Unpick what made it feel like science
- Establish some Non-Negotiables
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15Starting with the experience
- Do some proper science
- Unpick what made it feel like science
- Establish some Non-Negotiables
- Go away and give students opportunities to do
what you just did (i.e. plan lessons around the
NNs)
16How did it go?
- Feedback against NNs
- Identify blocks (student and teacher)
- Agree foci for action
17Less appropriate prompts
- How would you improve your investigation?
- Draw a line of best fit
- Write a method for your experiment
- And what you should have found out is..
18impact
19Aims of the project
- Create a bank of tried and evaluated teaching
resources to develop childrens scientific
problem solving skills - Develop as professionals as a result of
collaboration - Improve childrens problem solving skills over
the course of the project. - Increase the motivation of able children
20Students experience of the scientific process
- How would you check your ideas in science
lessons? - How would scientists check their ideas?
21How would you check your ideas in science lessons?
How would scientists check their ideas?
22After a year of the project?
23How would you check your ideas in science
lessons? (Before)
24How would scientists check their ideas? (before)
How would scientists check their ideas? (after)
25Summary
Before After
- 20 checked their ideas by testing
- 46 asked teacher
- 20 checked their ideas by checking with others
- Over 70 thought scientists checked their ideas
by testing - Only 7 thought scientists checked their ideas
with others
- 36 checked their ideas by testing
- 26 asked teacher
- 25 checked their ideas by checking with others
- Over 70 thought scientists checked their ideas
by testing - Only 10 thought scientists checked their ideas
with others
26Has it improved the enjoyment and motivation of
students?
- Three words to describe your science lessons
27Three words to describe your science lessons
Project students
Comparator groups
28Summary
- Starting from the experience has encouraged
teachers to give students more independence in
their scientific thinking. - The student experience better matches their
notion of what scientists do - Students are more positive about their science
lessons - The product acted as a driver but is not the
valuable outcome
29Next steps
- Making problem solving integral to the
development of students scientific ideas - Extending the use of the experiential model.
30Hampshire science team
- Richard Aplin richard.aplin_at_hants.gov.uk
- Dave Whittle david.whittle_at_hants.gov.uk
- Frank Fearn frank.fearn_at_hants.gov.uk
- Dave Dupont david.dupont_at_hants.gov.uk
- Pauline Patterson pauline.patterson_at_hants.gov.uk
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