Nuclear Radiological accident is of great threat to the Nuclear Agency aside nuclear terrorism. In countries with little or no major nuclear infrastructural facilities, it is of great importance to educate stakeholders and employees in the handling and emergency decision involved in the usage of these radionuclides, thus training on this platform gives the maximum and technical know-how in cases where it is difficult to procure types of equipment needed for such educational exercise in real life. Ghana is a country that seeks to increase the use of nuclear technological applications. Sealed Radioactive Sources are used in Ghana for research, Agriculture, mining exploration and brachytherapy. Operators need to train immensely in the handling of these sources.The NEDDTP is a software system to help conduct training and emergency exercises simulation. The NEDDTP is developed by the China Nuclear Security center of excellence with the aim of performing the simulation and training of radiographers and emergency workers in the nuclear industry. This training platform gives a 3D real-life training scenarios, emergency simulation, command and dispatch, Process record and evaluation in exercise with virtual reality display for radiological worker. This paper elaborates on the process for scenario design, types of scenario development for different types of radiological accidents and the stages involved in training with these scenarios.Keywords: Nuclear Emergency Decision Deduction Training Platform(NEDDTP), Virtual reality(VR), Scenarios, Sealed Radioactive Sources(SRS), Training Platform&nbsp;

Scenario Developing for Nuclear Emergency Decision Deduction Training Platform for Radiographers in Development Countries (Case Study, Ghana)

Paper Proceedings: https://asmedigitalcollection.asme.org/ICONE/ICONE28/volume/85246

2021 28th International Conference on Nuclear Engineering (ICONE28)

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