首页> 外文会议>International Technology, Education and Development Conference >(714) TOP-DOWN APPROACH OF A PBL PROJECT APPLIED TO THE INTEGRATION OF RENEWABLE ENERGIES IN AN EDUCATIONAL BUILDING. RESULTS OF A JOINT EXPERIMENTAL COLLABORATION BETWEEN HIGH-SCHOOL AND UNIVERSITY LEVELS
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(714) TOP-DOWN APPROACH OF A PBL PROJECT APPLIED TO THE INTEGRATION OF RENEWABLE ENERGIES IN AN EDUCATIONAL BUILDING. RESULTS OF A JOINT EXPERIMENTAL COLLABORATION BETWEEN HIGH-SCHOOL AND UNIVERSITY LEVELS

机译:(714)PBL项目的自上而下方法适用于教育建设中可再生能源的整合。高中和大学级联合实验合作的结果

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In the field of technical education, multidisciplinary practical work acquires a fundamental character in the curricular development of the students, since it provides them with a more tangible vision of real tasks to perform once they finish their studies. Establishing the use of active learning methodologies, such as Problem Based Learning (PBL), which develop in the student the capacity for continuous learning and allow them to acquire the skills and competence demanded in the professional world, is considered one of the most appropriate teaching methods for higher education levels, although in Spain it is not very widespread. On the contrary, this methodology is being developed successfully in pre-university cycles, so it is considered appropriate to introduce this method progressively in technical university careers. In this proposal of teaching innovation a more advanced step of the PBL concept is proposed, executing an Engineering Project within the planned problem, since the future work of the Engineering student will be based on the implementation of methodologies proper to the theory of projects. Within the development of technological engineering projects, and taking into account the current trend, there is a clear promotion of topics related to efficiency and energy saving in buildings, and especially with the integration of renewable energies as a mechanism of sustainable distributed electricity generation for self-consumption. Therefore, starting from this teaching and technical framework, a learning experience of several years based on PBL has been proposed, through the development of a project which will analyse the potential of renewable electricity generation of a high-school. The identified project will be to replace, only in the design phase and up to a certain percentage, the electricity consumption of this educational building by a supply based on the integration of photovoltaic solar energy systems in the available spaces of the building. The novelty of this PBL is that it is based on coordinated work between pre-university students (highschool), who take the subject of industrial technology or similar, which are familiar with the PBL methodology, and university students who take subjects in Project Engineering and design of photovoltaics, but do not know this teaching method. To this end, it is proposed to create interdisciplinary working groups at both educational levels, supervised by teachers from the University and the secondary school. Based on the hypothesis described, students have identified, using an autonomous top-down approach, those technical concepts that need to be deepened in order to achieve a feasible solution. Each of the participating groups is designing and researching on the type of photovoltaic installations according to current permitted legislation, and the different types of architectural solar integration more widespread to make a free design of a photovoltaic installation, which generates the maximum possible electricity production, taking into account the characteristics of the location of the building, and therefore minimizes the consumption of electricity from the grid. The fundamental about this project is that the reinforcement and transfer of technical knowledge to pre-university students is being carried out mainly by University students, and these in turn, are mentored by University teachers for the transmission of those concepts they have not seen in their respective courses.
机译:在技​​术教育领域,多学科实际工作在学生的课程开发中获得了一个基本特征,因为它为他们提供了一旦他们完成学业的实际任务的更有形愿景。建立使用积极学习方法,如基于问题的学习(PBL),这些学习(PBL)在学生中开发的持续学习的能力,并允许他们获得专业世界所需的技能和能力,被认为是最合适的教学之一高等教育水平的方法,虽然在西班牙,它并不是很普遍。相反,这种方法在大学前的循环中成功地发展,因此它被认为是适合在技术大学职业中逐步介绍这种方法。在这一提议的教学创新中,提出了PBL概念的更高级步骤,在计划问题内执行工程项目,因为工程学生的未来工作将基于实施方法理论的方法。在技​​术工程项目的发展中,并考虑到当前趋势,有明确的促进建筑物的效率和节能相关的主题,特别是随着可再生能源作为自我的可持续分布发电机制的整合-消耗。因此,从该教学和技术框架开始,通过开发项目的开发,提出了基于PBL的几年的学习经验,该项目将分析高中可再生发电的潜力。所识别的项目将仅在设计阶段替换,并通过基于建筑物的可用空间中的光伏太阳能系统集成来替换该教育建筑的电力消耗。这个PBL的新颖性是,它基于大学前学生(HIGHSCHOOL)之间的协调工作,他熟悉PBL方法的工业技术或类似的主题,以及在项目工程中接受受试者的大学生光伏设计,但不知道这种教学方法。为此,建议在教育层面创建跨学科工作组,由大学和中学的教师监督。基于所描述的假设,学生已经识别了自主的自上而下方法,需要加深的技术概念,以实现可行的解决方案。每个参与组正在设计和研究根据当前允许的立法的光伏装置,以及不同类型的架构太阳能集成更广泛地制作光伏装置的自由设计,从而产生最大的电力生产,采取最大的电力生产考虑到建筑物位置的特征,因此最大限度地减少了电网的电力消耗。这个项目的根本是,技术知识对大学前学生的强化和转移是由大学生进行的,而这些项目正在大学生,这些项目又由大学教师融合,以便传播他们在他们没有看到的那些概念各自的课程。

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