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Simulation course – A little bit something for everybody?

机译:模拟课程–适合所有人的一些东西吗?

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Simulation and modelling course at the National Defence University (NDU) is aimed at learning how real-world models work, how to acquire data, how to visualize the acquired data, and to develop one’s understanding through simulations. The course ends with a group work, where participating students are asked to produce a working simulation model either from the given list or from their professional context.We use action research as our teaching paradigm. Action research is designed to bridge the gap between research and practice. This method guides towards real intervention, includes evaluative work and produces information that helps to find a better educational approach. Therefore, enhanced interventions are often seen as a cyclic process. This study describes two sample cases: The first one is a flight simulator that includes a lot of physics and physical phenomena. The second one illustrates modelling of Helsinki-Vantaa airport border inspection procedure which has statistical and logical nature.We show that the simulation course presented here can be recommended to any nature science students, because it offers a real linkage to the practical applications which are connected to the theory through simulations. For military officers learning is mainly practical, while in natural sciences learning is more oriented towards theoretical knowledge. In both cases simulation is a natural “bridge” in between theory and practice.
机译:国防大学(NDU)的模拟和建模课程旨在学习现实模型的工作原理,如何获取数据,如何可视化所获取的数据以及通过模拟来发展自己的理解。本课程以小组工作结束,要求参加的学生从给定的清单或他们的专业背景中制作一个工作模拟模型。我们以行动研究为教学范式。行动研究旨在弥合研究与实践之间的鸿沟。该方法指导实际干预,包括评估工作,并产生有助于寻找更好的教育方法的信息。因此,增强干预措施通常被视为一个循环过程。这项研究描述了两个示例案例:第一个是飞行模拟器,其中包含许多物理和物理现象。第二部分说明了具有统计和逻辑性质的赫尔辛基-万塔机场边界检查程序的建模。我们表明,此处介绍的模拟课程可以推荐给任何自然科学专业的学生,​​因为它与所连接的实际应用有着真正的联系。通过仿真了解理论。对于军官而言,学习主要是实践性的,而在自然科学中,学习则更侧重于理论知识。在这两种情况下,模拟都是理论与实践之间的自然“桥梁”。

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