Eduardo J. Arrambide-Leal, Vianney Lara-Prieto, R. García-García, Jorge Membrillo-Hernández
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This study shows the results of a Mini Drag Race Challenge for first-year engineering students of the Mechanical and Mechatronics Engineering programs at Tecnológico de Monterrey, Campus Monterrey. The challenge's objective is for a group of students to design and build a car and race it along a straight-line track in the shortest possible time. The development of two soft transversal competencies were chosen with this challenge: Critical Thinking, and Problem Solving. These two soft skills are necessary for any graduate student. Results showed that students were satisfied and engaged with the learning approach of the Mini Drag Race Challenge and identified the importance of these two soft skills in solving real-life problems as future engineers. 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引用次数: 4
摘要
在过去的几十年里,科技彻底改变了我们的世界和我们的生活方式。大学及其教育模式正面临着一个巨大的挑战:技术正在以指数级的方式变化和发展。一个重要的问题是,教育模式如何演变,使毕业生具备适应不断变化的技术世界所需的适当技能?自2013年以来,Tecnológico de Monterrey一直在实施其Tec21教育模式,该模式基于灵活的计划,包括学习的方式、时间和地点,以及主动和挑战式学习的使用,目标是发展学科和横向(跨课程)能力。这项研究显示了蒙特雷校园Tecnológico de Monterrey机械和机电一体化工程专业一年级工程专业学生参加的迷你直线加速挑战赛的结果。这项挑战的目标是让一组学生设计并制造一辆汽车,并在尽可能短的时间内沿着直线赛道进行比赛。这个挑战选择了两种软横向能力的发展:批判性思维和解决问题的能力。这两项软技能对任何研究生来说都是必要的。结果显示,学生们对Mini Drag Race挑战的学习方法感到满意和投入,并认识到这两项软技能对未来工程师解决现实问题的重要性。这种积极的、基于挑战的学习方法将学生带出传统的学习方式,进入动手体验,促进更高层次的思维,并以培养技能和能力为目标,为他们的工程专业生活做好准备。
Impact of Active and Challenge Based Learning with First Year Engineering Students: Mini Drag Race Challenge
In the last decades, technology has revolutionized our world and our way of living. Universities and their educational models are facing a big challenge: technology is changing and evolving in an exponential way. The big question is how can educational models also evolve to prepare graduates with the proper skills needed for a changing technological world? Since 2013, Tecnológico de Monterrey has been implementing its Tec21 Educational model based on flexible programs on how, when and where the learning occurs and the use of Active and Challenged Based Learning with the goal of developing disciplinary and transversal (cross-curricular) competencies. This study shows the results of a Mini Drag Race Challenge for first-year engineering students of the Mechanical and Mechatronics Engineering programs at Tecnológico de Monterrey, Campus Monterrey. The challenge's objective is for a group of students to design and build a car and race it along a straight-line track in the shortest possible time. The development of two soft transversal competencies were chosen with this challenge: Critical Thinking, and Problem Solving. These two soft skills are necessary for any graduate student. Results showed that students were satisfied and engaged with the learning approach of the Mini Drag Race Challenge and identified the importance of these two soft skills in solving real-life problems as future engineers. This active and challenge based learning approach takes the student outside of the traditional way of learning into a hands on experience, promoting a higher order of thinking and with the aim of developing skills and competencies that will prepare them for their engineering professional lives.