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Citation Kanegae, Hidehiko, and Toshiyuki Kaneda. “A Gaming Simulation Model for Training in Sustainable Development Planning: The Basic Concept of PANGAEA.” Regional Development Studies 2 (1995/96): 175-199.


Title



A Gaming Simulation Model for Training in Sustainable Development Planning: The Basic Concept of PANGAEA

Year 1996
Author
Kaneda, Toshiyuki Associate Professor, Aichi Prefectural University, Nagoya, Japan
Author
Kanegae, Hidehiko National Expert, UNCRD, Nagoya, Japan
Material Type Journal Article
Features 10 notes; 6 tables; 4 figures; appendix (p. 197-199) 
Pages p. 175-199
Relationships   Part of

202 p. Regional Development Studies, Vol. 2, Winter 1995/96

Subjects COMPUTER PROGRAMS 08.15.02
GAMES 13.08.01
REGIONAL DEVELOPMENT 03.02.03
REGIONAL PLANNING 02.01.02
SIMULATION 18.08.01
SUSTAINABLE DEVELOPMENT 16.01.01
TRAINING PROGRAMMES 06.05.01
Abstract This article introduces a new gaming simulation training model for sustainable regional development planning in developing countries. It is designed for planner training through role-playing game simulation to introduce various planning issues such as problem identification, conflict resolution, lobbying, negotiation or decision making, and promotion. As computer technology has continued to advance, simulation models have increasingly been applied to the development of social systems. It is now feasible to simulate a model system for an entire world.

PANGAEA, the name of the UNCRD model developed by the authors, will provide trainees with backgrounds in sustainable development planning theory by seeking solutions to development problems and environmental issues.

This article will begin by describing the concepts underpinning the design of this model together with the guidelines adopted for the new gaming simulation development project. Secondly, the planning of PANGAEA will be outlined, describing the case and role-setting which took place, based on the concept. The actual design and structure of PANGAEA will then be discussed in the third section. Fourthly, preliminary evaluation of the model will be presented leading to a final summary of the model and concluding remarks. --Journal abstract 

Control No. RDS 02i

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