Erik Joling Microscale chemistry in the Netherlands - PowerPoint PPT Presentation

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Erik Joling Microscale chemistry in the Netherlands

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A small country between England (overseas), Germany and Belgium ... Late eighties (U) Universiteit van Amsterdam: Desire for a microscale laboratory in second year ... – PowerPoint PPT presentation

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Title: Erik Joling Microscale chemistry in the Netherlands


1
Erik JolingMicroscale chemistryin the
Netherlands
  • UNIVERSITEIT VAN AMSTERDAM
  • Faculty of Science

2
Four points of view
  • Industry and government (I)
  • Teachers in secondary education (T)
  • University (U)
  • Pupils (P)

3
Where are the Netherlands?
4
What are the Netherlands?
  • A small country between England (overseas),
    Germany and Belgium
  • 9220 km (5730 miles) from Mexico City
  • 15,750,000 people
  • Worlds largest port Rotterdam
  • Home of Shell, Akzo-Nobel, Unilever, DSM

5
What is produced in the Netherlands?
  • Windmills (a few)
  • Wooden shoes (some more)
  • Flowers (lots)
  • Peanut butter (Worlds 2)
  • Chemicals (tons)

6
Chemical industry (I)
  • Largest branch of industry
  • 60 bulk / 40 fine
  • 15 of industrial production
  • 20 of industrial export
  • 10 of employment

7
Chemical industry (I)
  • Twice as much academics as in other branches
  • Achilles heel number of chemists educated

8
Interest in chemistryFinal exams 1999 (I)
9
Interest in chemistry Final exams 1999 (I)
10
Interest in chemistryFirst-year students in 1999
(I)
  • University 537 (2)
  • Higher Laboratory Education 472
  • Higher Vocational Education 214

11
Consequences for secondary chemistry education (I)
  • Chemical industry and government are willing to
    spend money!
  • Schools adopted by companies
  • Projects are initiated and supported
  • AXIS-project to promote science and technology

12
Change of doctrine in upper-secondary education
(T)
  • Studiehuis study-home
  • independent learning
  • streams
  • projects
  • introduced summer 1998 and 1999

13
Consequences for secondary chemical education (T)
  • Need for a real-life approach
  • Need for example projects
  • Need for a student oriented lab

14
Late eighties (U)
  • Universiteit van Amsterdam
  • Desire for a microscale laboratory in second year
  • Mayo, Pike Trumper
  • Microscale Organic Laboratory
  • very interesting
  • too expensive

15
Method and kit (U)
  • Williamson
  • Macroscale and microscale organic experiments
  • economical

16
Introduction into the curriculum (U)
  • Williamson visited Europe
  • instruction for PhD students
  • summer 1989
  • half of the second year organic lab miniaturised
  • winter 1990
  • conversion complete

17
Results (U)
  • Reduction of
  • waste
  • chemicals
  • cost of breakage to 15

18
Further steps (U)
  • summer 1997
  • second year inorganic lab miniaturised
  • Szafran, Pike, and Singh
  • Microscale inorganic chemistry

19
Consequences for secondary chemical education (U)
  • Lecturer was member section chemical education of
    the Royal Netherlands Chemical Society
  • promoted microscale chemistry
  • initiated a project

20
Project Microscale experiments
  • Universiteit van Amsterdam
  • Chemistry Communication Center Foundation
  • November 1996 - December 1999
  • glassware
  • low-cost heating device
  • manuals
  • training

21
Glassware
22
Low-cost heating device
23
Manuals
  • Adaptation of existing experiments
  • Teachers manual and students manual
  • are loose-leaf
  • flexible
  • rearrangeable
  • supplements

24
Training
  • Over 330 schools (gt 50)
  • 600 teachers
  • One afternoon training
  • on-site
  • at the University

25
Future plans
  • more experiments
  • projects including a teacher-training
  • coupling with computer (Coach 5)
  • PhD-research project
  • another road to organic chemistry
  • Axis-project
  • Industry on microscale

26
Industry on microscale
  • 3-year project
  • teachers and industrial chemists work together to
    make
  • teaching materials related to real contexts
  • blueprint for school-company co-operation

27
Other microscale initiatives (UI)
  • Vrije Universiteit Amsterdam
  • Chemistry Communication Center Foundation
  • Chemistry in droplets

28
Other microscale initiatives (T)
  • Frans Killian (teaching assistant)
  • Aonne Kerkstra (teacher)
  • Miniaturisation of their own school laboratory
  • 96-well microplates
  • micro titrations
  • µ-GLC

29
(P) Why microscale experiments?
  • Michael Schallies (Heidelberg, Germany)
  • We must focus on the 95 pupils that do not
    choose to become a chemist
  • Their chemistry in school is the only change in
    their lives to explore nature by experimenting

30
Contact me
  • micro_at_chem.uva.nl
  • www.chem.uva.nl/chemeduc/microschaal
  • /MicroQuim2000
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