Formulation of strategies that incorporate neuroscience and neurolinguistic programming in the construction of learning in students of the Computer Engineering Career of the UNED

Ariana Acón Matamoros, Luis Ramírez Loría
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Abstract

In the development of this research, styles and learning style models that can be used for students who learn according to their personal characteristics are described. The possibility of incorporating Neurolinguistics Programming (PNI) and neuroscience in the pedagogical mediation and construction of evaluations instruments for students of the Computer Engineering Career of the Distance State University (UNED), is proposed. The university traditionally uses technological tools such as Moodle’s, Learning Management System (LMS) and its different applications, which requires students to develop different skills than those who attend face- to-face classes only or with some virtual components. The objective of this research is to propose the formulation of educational strategies that incorporate neuroscience and neurolinguistics programming in the construction of learning in students of the Computer Engineering Career of the UNED. Furthermore, it was found that learning styles and models are not present in any of the courses of the TIC and Engineering Area, which is why it is proposed on this paper, to carry out a test in a group of students to detail how they learn. Students learn in three different ways: auditory, visual or kinesthetic. Offering alternatives in pedagogical mediation according to the way students learn, in a group where the PNI is applied and then analyze with another group in which standard and regular strategies were applied will help to conclude if the PNI improve in some way the interaction between professors and students and the approval percentage of the course.
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在联合国环境规划署计算机工程专业学生的学习结构中,结合神经科学和神经语言学规划的策略制定
在本研究的发展过程中,描述了根据个人特点学习的学生可以使用的风格和学习风格模型。提出了将神经语言学程序设计(PNI)和神经科学纳入远程州立大学计算机工程专业学生教学调解和评估工具构建的可能性。该大学传统上使用技术工具,如Moodle,学习管理系统(LMS)及其不同的应用程序,这要求学生发展不同于那些只参加面对面课程或使用一些虚拟组件的学生的技能。本研究的目的是提出教育策略的制定,将神经科学和神经语言学规划纳入联合国环境规划署计算机工程专业学生的学习建设中。此外,我们发现在TIC和工程领域的任何课程中都不存在学习风格和模式,这就是本文提出在一组学生中进行测试以详细说明他们如何学习的原因。学生通过三种不同的方式学习:听觉、视觉或动觉。根据学生的学习方式,在一个应用PNI的小组中提供教学调解的替代方案,然后与另一个应用标准和常规策略的小组进行分析,将有助于得出PNI是否在某种程度上改善了教授和学生之间的互动以及课程的认可百分比。
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