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Active Learning in Materials Science

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Design: Car door. ILOs (second year, PBL) Steel properties and design parameters ... steel specification for use in a critical application the car door outer panel. ... – PowerPoint PPT presentation

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Title: Active Learning in Materials Science


1
Active Learning in Materials Science Engineering
  • Peter Goodhew and Tim Bullough
  • University of Liverpool and
  • UK Centre for Materials Education

2
Background
  • MSE is under-appreciated by the public
  • Most CDIO in mainstream Engineering
  • Lab work traditionally 20 of time under
    pressure
  • Active learning desirable
  • Three Liverpool modules described here

3
Three AL modules
  • A Liverpool module is 1/8 or 1/16th year, 150 or
    75 study hours, 36 or 18 contact hours
  • Whats it made of? MATS 109
  • Design 21st Century car door MATS 213
  • Two week creation ENG 101

4
Whats It Made Of? (WIMO)
  • ILOs (first year)
  • Range of available materials and properties
  • Team working
  • Design, build and test a scheme
  • Principles of selection use of databases
  • Team presentation skills

5
WIMO
  • Module deliverable
  • Each team of 4 or 5 has to develop its own
    classification system for materials, based
    (roughly) on the requirements of a particular
    industry. They then have to deploy this system
    in the exam, to classify 3 unseen
    materials/components.

6
Your WIMO exercise
  • Suggest one or two bases for a classification
    scheme for materials.
  • Example 1 tensile strength
  • Example 2 density
  • (You may talk to your neighbour)
  • You have 20 seconds for this exercise

7
A more useful WIMO exercise
  • Suggest one or two bases for a classification
    scheme for materials, which you think few (if
    any) other groups in the room will come up with.
  • You have a further 20 seconds for this task.

8
Design Car door
  • ILOs (second year, PBL)
  • Steel properties and design parameters
  • Use of web resources
  • Team working, time management, presentation

9
The problem
  • You work in the research department of a major
    steel-maker. One of your key customers, the
    automotive sector, is facing increasing pressure
    from its consumers to improve safety, fuel
    efficiency and accessory specification. Weight
    reduction of certain car components is considered
    a key step in facilitating the improvements
    desired. This could be provided by steels main
    competitor in the automotive marketplace
    aluminium, which has already taken a proportion
    of the luxury automotive market and is looking to
    make inroads into high volume production models.
    You are a member of a committee, established
    within the steel-making company, tasked to ensure
    that steel can respond to this threat by
    identifying a suitable steel specification for
    use in a critical application the car door
    outer panel. You will need to justify your
    decision to the companys Board, which will
    include marketing and research representatives.

10
TWC
  • ILOs for the two-week creation (first year, end
    of semester 1)
  • Interdisciplinary team working and competition
  • Design, build and test a device (plane, rocket,
    bridge)
  • Experience failure and limitations

11
A CDIO Workshop The Two Week Aeroplane
  • designing to spec
  • wind tunnel tests
  • performance analysis
  • electronic circuit design
  • control system design
  • manufacturing
  • flight testing
  • performance measurement
  • Total weight lt 50gms
  • Span 30cm
  • Flight speed 3 m/sec
  • Performance targets
  • COTS products

12
The 5 Ts
  • Title make it meaningful
  • Teamwork training needed
  • Total experience CDIO all possible within one
    module
  • Testing too much
  • Tyranny of the Timetable AL better if 24/7
    (ish)

13
Conclusions
  • Nothing special about Materials CDIO and Active
    Learning are applicable
  • The 5 Ts are important
  • We still need some conventional lab teaching of
    key skills
  • We probably over-assess

14
Thats all for now
  • Watch this space
  • (and we are happy to share our experiences)

15
The ALL
  • Active Learning Lab
  • Large (1200m2)
  • Max load 250 students (a year cohort)
  • Flexible
  • Exciting
  • Visible

16
The site
17
The Engineering Restructuring Project
  • 31M investment by HEFC and University
  • Integration of Research Group activities
  • New Active Learning Laboratory
  • centre for development of The Liverpool Engineer
  • Largest Engineering teaching laboratory in Europe
  • CDIO projects
  • New Business Centre
  • Multi-disciplinary environment
  • Operational by AY 2007-8

18
The ALL
19
Artists (?) impression
20
The Active Learning Lab
Entry from Departmental hub
Access
200 seat computer lab
21
Active Learning Lab April 05
See larger plan
See larger plan
22
(No Transcript)
23
The cathedral (RC)
24
The Liver Building
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