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Space to learn: Balancing efficiency

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Title: Space to learn: Balancing efficiency


1
Space to learn Balancing efficiency
effectiveness Dr Alexi MarmotDirector AMA
Spaced Out NCUP ConferenceImperial College
London 20 September 2006
2
Content
  • 1 Efficiency and how to attain it in building
    projects
  • 2 Effectiveness of learning spaces
  • 3 Keys to design of learning spaces

3
Context
  • Fierce competition nationally and internationally
  • Deliver more better with less
  • E-learning and pervasive information connectivity
  • Learners as informed consumers
  • Staff attraction and retention
  • Accessibility
  • Sustainability

4
Space per student FTE varies widely
Area sq m NIA per student FTE
Institution average Case study building HE sector
average from EMS data

Source from HEFCE 2006 Promoting space
efficiency in building design p18
5
Space efficiency net internal and net useable
area as GIA
NIA net internal area as GIA NUA net useable
area as GIA
of GIA (gross internal area)
Source from HEFCE 2006 Promoting space
efficiency in building design p17
6
Area per research workstation varies widely
Area sq m NUA
Desk surface Workstation footprint Room average

Source from HEFCE 2006 Promoting space
efficiency in building design p18
7
Utilisation of teaching spaces
  • Frequency and occupancy, combined, expressed as
  • Target is 30 (ELWA 2002)
  • Actual average across sector is 25 (EMS)
  • Case study buildings were within 25 - 30 range
  • Assumptions about the academic year and teaching
    hours builds in vast inefficiencies

8
Guidance Space efficiency in building design
  • 1. Maximize built space on the footprint
  • 2. Match new uses to existing buildings
  • 3. Provide a high ratio of useable to gross area
  • 4. Capture balance areas for active use
  • 5. Provide versatile space, services, furniture
    fittings
  • 6. Specify design for different activities at
    different times
  • 7. Optimise space standards for effective work
  • 8. Create versatile office/research zones
    meeting quiet space
  • 9. Optimise furniture sizes for effective work
  • 10. Provide wireless data for maximising use of
    common space.

Source from HEFCE 2006 Promoting space
efficiency in building design p3
9
Guidance Space efficiency - good practice
  • 1. Appoint a space champion
  • 2. Systematically collect update space
    information
  • 3. Agree targets, monitor their attainment
  • 4. Collect standardised space utilisation data
  • 5. Collect and apply detailed cost information
  • 6. Incorporate space efficiency into an estate
    strategy
  • 7. Incorporate space efficiency in project
    brief, feasibility, design review
  • 8. Clear structure for decisions, consultation,
    communication
  • 9. Promote versatility and the right furniture
  • 10. Include space efficiency in post occupancy
    reviews.

Source from HEFCE 2006 Promoting space
efficiency in building design p3
10
Learning is being revolutionised
to LEARNING
from INSTRUCTION
  • teacher-centred
  • face to face
  • synchronous
  • solo learning
  • group course, autumn start
  • once only
  • single medium
  • self contained
  • local context
  • learner-centred
  • digital
  • asynchronous, web-based
  • group learning
  • individual courses, start anytime
  • lifetime education
  • multi-media
  • partnerships
  • global context

11
Pedagogical theories relevant to space
  • Learning through reflection
  • Learning by doing
  • Learning through conversation

12
e-learning and m-learning
  • ubiquitous connectivity on and off campus
  • wireless university
  • streamlined administration files, course notes
  • real time room booking management monitoring
  • video-streamed lectures
  • classroom communication systems
  • self assessment materials
  • collaborative teaching across institutions
  • mobile phones and PDAs as learning devices,
    podcasts
  • E portfolios
  • 24/7 access to facilities

13
Seven space types
  • 1 Group teaching/learning
  • 2 Simulated/special learning environments
  • 3 Immersive environments
  • 4 Peer-to-peer and social learning
  • 5 Learning cluster
  • 6 Individual spaces
  • 7 External spaces
  • (Innovative photographic examples of each space
    type were presented)
  • (Data on how and where students spend time, their
    technology and learning mode preferences were
    also presented)

14
Essential design qualities
  • Scale, accessibility, views - the boring basics
  • Infrastructure - power, data
  • Furniture
  • Flexibility
  • Sustainability
  • Density, utilisation, space and dimensions for
    the learning style
  • Air, heat, light and facilities management

15
12 keys to successful learning spaces
  • 1 Articulate a learning plan
  • 2 Integrate with strategic development
    estates plans
  • 3 Involve all stakeholders - academic, IT,
    estates, learners
  • 4 Select an informed design and implementation
    team
  • 5 Learn from others - site visits, case
    studies, discussion forums
  • 6 Experiment with new ideas
  • continued

Source AMA for SFC, 2005, Spaces for learning
A review of learning spaces in further and higher
education
16
12 keys to successful learning spaces
  • 7 Integrate suitable IT and audio-visual tools
  • 8 Introduce flexibility for different learning
    modes over time
  • 9 Reskill users to make best use of new spaces
  • 10 Manage the space well - bookings, layout,
    maintenance
  • 11 Insist on learner teacher feedback on
    effectiveness
  • 12 Publicise the findings

Source AMA for SFC, 2005, Spaces for learning
A review of learning spaces in further and higher
education
17
Further information
JISC, 2006, Designing Spaces for Effective
Learning, A guide to 21st century learning space
design AMA for SFC, 2005, Spaces for
learning A review of learning spaces in further
and higher education ISBN no. 9780955252808/
0955252806 CABE, 2003 Creating excellent
buildings A guide for clients CABE, 2004,
Creating successful masterplans A guide for
clients CABE, 2005, Design for distinction the
value of good building design in higher
education HEFCE, 2006,Promoting space efficiency
in building design (UK higher education space
management project) T Kelly, F Parsons, 2005 How
learning technologies are influencing the design
of physical learning spaces Guidelines for
effective practice, University of Birmingham
www.jisc.ac.uk www.sfc.ac.uk www.cabe.org.uk
www.smg.ac.uk
AMA Alexi Marmot Associates Linton House 39
Highgate Road London NW5 1RS UKt44 20
7284 5888 f44 20 7284 5889
email_at_aleximarmot.com www.aleximarmot.com
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