Introduction
Well, clearly the holy grail of online learning has been the 'Turing Test' (http://plato.stanford.edu/entries/turing-test/), which has as its goal to create online learning indistinguishable from the best forms of learning available in other venues. And some even go further to suggest that it should be possible to surpass those standards. Our goal has been to meet, at least partially, that goal. The next generation of learners could be called the Now Generation, they want everything now including their learning. They have been raised on high impact images and audio. They learn using hypertext and multi task more than the generations before them. Not only are they demanding just in time education, research is also showing they have signs of rewired brains. They are learning differently from the linear text-based way most faculty members have learnt. This is a huge challenge for instructional designers, course developers and staff developers. Role Plays and Simulations developed and continuously upgraded using scenario based learning to push students into higher order learning, could hold the keys to a new form of instructional design, because scenarios combine the best of the technology with the best of learning approaches.
Abstracts and Learning Outcomes
Part One: Effective eSims
Fishwick defines a simulation to be a model of an actual or theoretical physical system. Four years ago the University of Adelaide partnered with the University of Technology Sydney to develop a role play/simulation set in the Mekong region of South East Asia. Part One of this presentation looks at this online learning experience which models civil and environmental engineering in the real world. The Mekong eSim has become a wonderful success recognised by the hundreds of students who have participated as well as receiving multiple learning and teaching awards. Research has also been undertaken to evaluate it within a Community of Inquiry Framework with some interesting results. This presentation then explains how this simulation can move to the next level by incorporating scenario-based learning to capture the richness of learning that happens and replicate it for future participants. Other areas in the University of Adelaide have shown interest in expanding the cross-disciplinary scope of the Mekong eSim. One area is using it to develop another exciting simulated learning experience to be delivered online, which we explore in part two of this presentation.
Outcomes: The participants will be able to:
- List the characteristics of a successful online simulation.
- Define a Community of Inquiry Framework and see how it can be used for evaluation
- Explain how scenario-based learning can be used to improve learning in a simulation
Part Two: Adding Scenario-Based Learning
Scenario-based learning (SBL) is a new kind of education for a new generation of learners. Part Two of this presentation explores Situational Learning and how it works in role play/simulations. It explains what scenario-based learning is and how to use it to capture important learning that happens within a role play/simulation and use it to improve future learning. It compares the characteristics of SBL with the traditional approach to teaching and then showcases an exciting new online simulation called Through The Fire a Disaster Down Under eSim. This is a model of how to manage the Burns Nursing in a disaster of the magnitude of the Bali Bombings of 2002, which changed Australian emergency preparedness forever. The presentation describes the pedagogical architecture and framework of the experience based on a Disaster Management model. The new software Scenariation is introduced and the presentation explains how it was used to build multimedia rich scenarios.
Outcomes: The participants will be able to:
- Define Situational Learning and see how it cycles and can be managed.
- List the characteristics of a Scenario-Based Learning (SBL).
- Explain how scenario-based learning can be used to improve learning in a simulation.
- Discuss how SBL was used to build a simulation on disaster management.
Co Authors
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