Category: learning design

Phase 2 plans for our Philosophers

October 1, 2008

We learnt a few things in the first phase of the Open Habitat project which have informed the set-up of our next pilots. I’m currently planning the pilot that will run with philosophy students in Second Life. The main challenge with the first pilot was the sheer speed of debate in SL. The experienced philosophy students are used to being able to gather their thoughts, write a paragraph or two and pop it into a forum.

Taking the time to reflect is important in any educational process but it is especially precious to the discipline of philosophy. Having said this, the students loved the vibrant, social feeling of SL and the sense of presence being embodied in an avatar brought. In fact they liked it so much they have continued to run non-tutored sessions in SL once a week managed via a facebook group. (This included giving the students building rights so that they could rearrange the environment each week to fit the topic under discussion)

For phase 2 it was clear that we needed to balance the reflective and the dynamic which we are planning to do by ‘bookending’ the SL session with Moodle. Here is a draft of how the pilot will flow:

Stage One (framing the debate):

  1. Marianne (the tutor) to post briefing page on Moodle
  2. students to post kneejerk response in blog
  3. Marianne to respond one to one
  4. students to reconsider in light of Marianne’s comments and prepare second kneejerk
  5. second kneejerk to be posted on Moodle
  6. all students to read, think and prepare third kneejerk for posting on whiteboard in second life
  7. third kneejerk to be sent to Dave for posting in world

Stage two (dynamic in world discussion):

  1. Everyone arrives in second life to find third kneejerk responses on board
  2. People read these and reflect as everyone arrives
  3. Marianne asks each student in turn to comment
  4. after everyone has responded people go into groups (arranged in advance), go to their ‘stations’ and prepare jointly a ‘final statement’
  5. final statements to be sent to Dave
  6. Marianne reconvenes students and the session ends with a final discussion.

Stage three (reflection):

  1. Marianne to annotate final statements, and add comments
  2. Dave to post final statements and the chat log on Moodle
  3. Students free to discuss final statements and Marianne’s comments by themselves.

It’s not rocket science but I think this really takes advantage of what SL is good for and is a genuine answer to the ‘user needs’ that came out of phase 1. We will then run this cycle a second time either continuing the same philosophical theme or starting a new on depending on how well it runs!

The other significant change to the pilot will be the use of edu-gestures which should allow for more non-verbal communication whilst the group is deep in discussion. We have a nice set (agree, confused, yes, no, I’m thinking etc) of gestures that the students can use during the sessions using a ‘lite’ version of the Sloodle toolbar generously created for us by the Sloodle project. I’m planning to introduce these gestures as a key part of the orientation session so that their use is seen as a ‘basic’ skill. In this way I hope we get the benefits of embodiment/presence as well as the benefits of non-verbal communication which is so important in RL but has not really developed in detail within SL.

It’s odd to think that an environment that renders you as an avatar (face, head, arms, legs etc) does not rely very heavily on non-verbal cues (apart from where you are standing and the biggie: what you look like). I’m hoping that this aspect of Multi-User Virtual Environments will develop as the language of communication (text, voice, visual) within virtual worlds becomes more sophisticated.

Most importantly the pilot has been designed in conjunction with the students who are going to advise on the layout of the in world environment and are enthusiastic about the changes to the format.

Learning from the Games Designers

April 7, 2008

The designers of Massively Multiplayer Online (MMO) games face a significant educational challenge. They need to efficiently and subtly teach new players how to use their game. This involves teaching players about the environment and the interface whist keeping them motivated and drawing them into the challenges of the game itself. This is situated learning in which the games designer is the ‘master’ and the player is the ‘apprentice’.

This educational challenge is similar to the one faced by those intending to teach in Multi-User Virtual Environments (MUVE’s) such as Second Life. There are a significant amount of basic skills that need to be mastered before students can successfully engage in meaningful collaborative activity. The traditional ‘orientation’ process in Second Life is didactic and generic, teaching skills in an abstract technical manner. This has come about because unlike an MMO, Second Life has no shared goal, its possible uses are many and varied. However, a teacher who wishes to use Second Life should have a defined set of goals or learning outcomes they wish to achieve. They should be able to define task orientated activities which are relevant to the students motivations, for example, Art and Design students can be asked to compete to build the tallest monolith as a focus for learning building skills in Second Life rather than being given general instructions on how to create, scale and texture objects. In teaching terms this seems like an obvious approach but often when faced with a complex new platform teaching practitioners will often fall back on a basic instructivst style which may not align well with the approach generally taken at HE level for that discipline.

This is where we can learn from the MMO designers who are careful not to fall into this trap as it is likely to make a players initial engagement in a game seem like a chore. For subscription based MMOS such as World of Warcraft this would mean a high drop out rate and a massive loss of revenue, something that the HE sector can emphathise with.

The JISC funded Habitat project intends to learn from the game designers by capturing the processes in World of Warcraft in its initial stages and mapping the styles and types of task to the learning outcomes they fulfil. The data will be captured using pre and post activity questionnaires and video screen capture synchronised with video of the player at the computer. This data will then be used in the process of designing appropriate orientation sessions for pilots in Second Life with students from two disciplines: Art and Design & Philosophy. The Habitat project recognises that some of the most sophisticated collaborative learning spaces online at the moment are MMOs and that the design of these games can be a relevant model for the pedagogical structures that we put in place for the educational use of MUVEs such as Second Life.

Keep watching http://www.openhabitat.org to see how we get on.