View source for Embedded phenomena

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'''Editor''': Tom Moher, University of Illinois at Chicago

'''Contributors''': .../... 

==== Definition  ====

Coined by Moher (2006), the term embedded phenomena refers to a design framework that situates classroom learners within the spatial and temporal bounds of imaginary scientific phenomena for the purpose of collaborative inquiry. The framework is characterized by four common features. 

:"- Simulated dynamic phenomena are "mapped" onto the physical space of the classroom.<br>- The state of the simulation is represented and manipulated through distributed (stationary or mobile) media located around the classroom representing "portals" into a phenomenon, depicting local state information corresponding to the mapping between the phenomenon and the room.<br>-The simulation, represented via the portals, runs concurrently with, but independent of, the flow of regular instructional activity in the classroom. Typically, simulations run over time courses on the order of several weeks.<br>- Students monitor and manipulate of the state of the simulation through the portals, collaboratively gathering, aggregating, and analyzing evidence to solve a problem or answer a driving question."

(Moher 2006 p.691)

==== Translation issues  ====

French: phénomènes embarqués<br>German: eingebettet Phänomene

==== Disciplinary issues  ====

The term "embedded" is frequently used in computer science to refer to technologies implanted within physical environments or artifacts.

==== Key references  ====

Moher, T. (2006). Embedded Phenomena: Supporting Science Learning with Classroom-sized Distributed Simulations. Proceedings ACM Conference on Human Factors in Computing Systems (CHI 2006) (April 2006, Montreal, Canada), 691-700.

==== Related terms  ====

Situated learning, Embodied learning, Augmented reality, Mixed reality

==== Related documents  ====

[http://www.evl.uic.edu/moher/pubs/MoherCHI2006.pdf MoherCHI2006.pdf]<br> 

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