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Schools, colleges and university are just some of the places where learning takes place but school kids and students can spend a lot of their time in these spaces. There are other places where people learn, some through doing courses at work or online or even learning from others around them in all sorts of situations. The posts here are about learning spaces, writings about learning and technology and thoughts and ideas about all of these.





Thomas Deacon Academy in Peterborough UK was one of the buildings created to demonstrate an entirely new approach to the design of schools as part of the UK's Building Schools for the Future programme. The design, brainchild of the well known designer Norman Foster, is certainly nothing like any school I have been to before. The Foster and Partners business has been responsible for some of the most celebrated designs world wide.

The Academy is actually an amalgam of three previous schools to create a school of over 2000 students aged 11 to 18. I visited the school during a typical school day the fact that 2000 pupils were are work there was pretty difficult to believe as the place was not overcrowded, nor were corridors overflowing with the rush of bodies between lessons. First Myth exploded for me was that a school has to look like the schools we all attended.

As with any design there were issues that could have been addressed slightly differently e.g that classrooms were a little smaller than you night ideally want, but they were bright inviting places geared to focused work. Very few straight walls in the design which is often frowned on by teachers as not being suitable for standard classroom use - but these are not standard classrooms with fill glass walls on the interior making classroom activity visible to anyone passing. Two further myths exploded for me were that you have to have rectangular rooms and that working in classrooms that are open for all peer into.

Again this might put some people off claiming that students would be distracted by things going on outside the classroom. I was pretty impressed to see a group of students sitting chatting and laughing outside one of the classrooms sitting on a settee with students inside the room not taking a jot of notice - the novelty had obviously long worn off.

Another exploded myth is that they use thin client systems throughout the school, 1,100 terminals for a school population of 2,200 students! The technical team reported that they were reliable - suffered from some glitches as with any system and had been delivering everything that the students and teachers wanted. There are some fat clients for use with CAD/CAM or some other specific curriculum tasks but everything else is delivered through thin clients.

The concept of floors seems to vanish as although there are levels there are also structures that defy the normal idea of floors - the library is built above the dual lecture theatre but that is buried into the ground so the layout looks very different from what you would normally expect.

All in all the school opens a whole new set of ideas around the notion of what a school should look like - not surprisingly the students seem to love it.

The Library of the Future

Libraries have been important places for the sharing of text based materials for centuries. There are many famous libraries across the world holding some of the most amazing resources. Trouble is that many of these resources were only available to researchers or academics until the arrival of digital technologies.

In schools the library has also seen changes with the arrival of digital resources with many more school libraries now equipped with computers so that users can carry out research using the web as well as other resources held by the library. In some schools this combination of technology and traditional printed material has been merged to create the Resource Centre or the Media Lab.

The change in use of school libraries has been interesting. Schools now tend not to spend money on expensive resources such as encyclopedia when they can access up to date and low cost resources that do the same job online. The non-fiction resource has become the internet which has allowed some schools to report that they have been able to expand their range of fiction materials and stimulate an increase in reading for pleasure.

So are libraries of the future only places where the balance between the non-fiction and fiction materials will shift further to become more and more digital? If this is the case why bother with a physical space? If it has social aspects (not something I tend to see in libraries) then is not the social networking provided by digital technologies far more powerful than could be achieved simply by meeting in a physical space called a library? Maybe libraries are gradually going to shrink to become the repository for the rare original artifact that you can go and visit....... We need to think more about the function and role of libraries in schools - what sots of things should be available in these places and just what will they mean to the generation that is growing up as avid web users and who often report that they feel agitated when not connected!

This video clip explores some interesting ideas about the potential of the lib. Interesting that the library of the future is a physical space and that there are actually books there - also interesting that it does not look like any library that I have visited..... yet!


What do we mean by quality indicators when thinking about building a new school.                                                                            

The following information was provided as part of the UK's BECTa Agency work for UK government. Becta was disbanded in 2010. The links below have been updated to archive copies of materials which are still perfectly valid documents


Do we ask about the quality of the school fabric? - what materials have been used etc or are we more concerned about the impact of the design on the people who work there? Designing a new school is fraught with difficulty - the people who work in our schools only encounter a few school buildings in their career and will not have considered or have been exposed to what might be possible. No wonder that they tend to design better versions of what they are used to. Learners are almost never consulted on what they would like to see in a school design and those that are often feel that their views are not really taken seriously. This is not true in all cases but I have come across very few examples of designs that have been influenced to any real degree by learners.

Very often when you ask what is required in a new school design teachers and other stakeholder don't really know or they simply point out the things that they don't like about their current school. This is hardly the basis for establishing the design for a school of the future.

BECTa, the UK government agency for ICT has come up with a novel way of stimulating discussion between students, teachers, governors and others about the role of ICT in a school of the future. BECTa developed a set of ICT Quality Indicators (DQI's) on behalf of the government to encourage a better understanding of what we should strive for in the UK education system.

The original documents can be obtained from the links below:


 The statements in the ICT QI framework relate to one of three sections:

Impact: ICT can make a building a worthwhile place in which to work and learn. It can make an impact on learning and teaching.
Build Quality: ICT performance, scalability, environmental considerations, sustainability and adaptability.
Functionality: meeting the demands of any users and integrating different devices.


BECTa have developed an online tool called 'DesignMyICT' (Now unavailable)  to help draw together the perspectives of various stakeholders and stimulate discussion about just what would need to be done so that a school could make the most of their available technology. The tool is free to use once you have registered and it is then possible to add stakeholders with differing perspectives, manage their interaction with the quality indicators and collect trends and accumulate profiles of opinion.


There are loads of examples of innovative design on web site, in magazines and presentations - how did those come into being? In the majority of cases where good design can be identified the designers and architects have spent time working with the owners or users of a building to convert their vision into reality.

The fact that there are so many bad designs around would suggest that something has gone badly wrong in such cases. In the case of schools might this be because the users are used to their current buildings and can only envisage a better version or that the designers and architects are unable to convert the requirements into suitable designs? Not sure- but whatever the reason there is a desperate need to spend a long time thinking about alternatives and testing our existing thinking around school design before any real planning begins.

The fact that so many kids are not turned on to schools would suggest that what has become the 'standard' school designs are no longer fit for purpose. As an aid to thinking the issues through there is a useful resource at the School Design Research Studio by one Jeffery A. Lackney from the University of Wisconsin-Madison who has produced a paper entitled 33 Principles of Educational Design. The paper provides some real food for thought when considering the design of any new school.

If these principles should contribute to the creation of a vision for new accommodation or be a stimulus to thinking about what outcomes are required for any building programme then perhaps these slides illustrate the results of such thinking.


The Power of Communities


Students in the UK are tracked in their performance in English, Maths and Science from KS2 (age 11) through to KS4 (age 16).

The socio-ecomomic circumstances of each and every student is known based on a number of data indicators that provide an effectve tool to make accurate predictions of outcomes at KS4. This data is used by schools to target pupils whose prior attainment data indicates that they should be performing above their actual performance in an effort to ensure that they achieve their potential.

The graph above shows the outomes at the end of KS4 based on a large population of 14 to 19 year olds where it was possible to map individual data from KS2 to KS4 who were able to interact and collaborate online but where the degree of teacher interaction was very low. The graph shows the data divided into four quartiles based on their predicted outcomes and mapped to their level of activity online. The plot shows the difference in performance in the four quartiles for students who were active online and those that were not.

The outcomes are interesting as they indicate that for each group the students who were active online out-perform those that were not active. Further analysis also shows that these outcomes is nothing to do with the active uses being the more able students. Other analysis shows that the outcomes are not dependent on the level of teacher activity.

What would appear to be the case here is that allowing students to collaborate and communicate freely (subject to ensurance of adherance to an acceptable use policy) may well provide a dynamic that is difficult to create in any other way. The potential of online communities harnessed for the benefits of learning would seem to be of significant importance based on these findings.

While such analysis cannot demonstrate a causal relationship between online collaboration and outcomes it does show a strong correlation and one worthy of further investigation.