首页> 外文会议>American Society for Engineering Education Annual Conference and Exposition >The Continuing Saga of Using Heavy Metal Music to Promote Technological and Socio-cultural Understanding: Current Issues and an Honors Section
【24h】

The Continuing Saga of Using Heavy Metal Music to Promote Technological and Socio-cultural Understanding: Current Issues and an Honors Section

机译:使用重金属音乐促进技术和社会文化理解的持续传奇:当前的问题和荣誉部分

获取原文

摘要

Heavy metal continues to be one of the most misinterpreted musical genres in existence, while also remaining one of the most intelligent, insightful and technologically-rich genres. Creating signal distortion, increasing music's volume, and developing equipment to extensively tour the world all require innovation of technology. Heavy metal's history has facilitated multiple engineering developments in its quest for extremity as well as containing a wealth of commentary about global, social, religious, and political cultures. The original presentation in 2013 addressed the implementation of a course to help students explore these engineering developments and social commentary, with an ultimate goal to promote understanding of the interplay between the technologies and cultural phenomena. The current paper will expand on that premise with more recent developments in the engineering/music crossover, as well as discuss the creation of an honors section of the course. In review of the original paper, which fully describes the goals and development of this course, the course utilizes heavy metal's influences and history to examine where culture and music collide. It then goes further to study the relationship with progress in engineering and design to the needs of the music. Obvious engineering disciplines used in music creation include materials science, electrical, mechanical, and manufacturing pertaining to instrument and equipment design. Recent developments in the sourcing of tone woods, as a result of environmental factors and sustainable farming, have had a major impact on instrument manufacturers. The inability to acquire traditional materials in the amounts required or at the price points of the past have challenged these companies significantly. In addition, newer technologies like 3D printing and advanced computer methods have begun to change the game for creating and distributing music. Both of these topics and others continue to allow the instructor to relate the music-related issues to the bigger picture of engineering and technology in general society. In response to both the growing interest in the course among high-ability students and the needs of the host university, an Honors section was created and approved. This new offering enhances the experience of these students by requiring the completion of a guitar design project. Starting with basic guitar parts, student teams must identify musical goals for their guitar, and then design, select, and create their instrument on their own. The project culminates in a demonstration of a working electric guitar, and the submission of a report on the engineering design process that they followed. The student response in year one was extremely positive, and allowed students to experience real-world challenges that engineers face every day. This Honors project is currently in its second year, and data on both years will be collected and presented.
机译:重金属仍然是存在最误解的音乐类型之一,同时还占据了最聪明,富有洞察力和技术上的富含类型之一。创造信号失真,越来越多的音乐卷,以及开发设备,以广泛的巡回世界各地都需要技术创新。重金属的历史促进了对极端的追求的多种工程发展,并含有关于全球,社会,宗教和政治文化的丰富评论。 2013年的原始演讲涉及实施课程,以帮助学生探索这些工程发展和社会评论,促进理解技术与文化现象之间的相互作用。目前的论文将扩大在该前提下,在工程/音乐交叉的最新发展,以及讨论课程的荣誉部分的创建。在审查原文中,它充分描述了本课程的目标和发展,该课程利用了重金属的影响和历史来检查文化和音乐碰撞的地方。然后,它进一步研究了与工程和设计进步的关系,以便对音乐的需求进行设计。音乐创作中使用的明显工程学科包括材料科学,电气,机械和制造与仪器和设备设计有关。由于环境因素和可持续农业而导致音调树木采购的最新发展对仪器制造商产生了重大影响。无法在过去所需的金额或以前的价格获得传统材料,以大大挑战这些公司。此外,像3D打印和高级计算机方法这样的较新技术已经开始改变游戏以创建和分发音乐。这些主题和其他人都继续允许教师将音乐相关问题与普通社会的工程技术的更大。为应对高能力学生之间越来越越来越多的兴趣以及东道大学的需求,荣誉部分是创建和批准的。这一新产品通过要求完成吉他设计项目来增强这些学生的经验。从基本吉他部分开始,学生团队必须为吉他识别音乐目标,然后设计,选择,选择并创建他们的乐器。该项目在一个工作电吉他的演示中,并提交了他们遵循的工程设计过程的报告。第一年的学生回答非常积极,并且允许学生体验现实世界的挑战,每天都会面对。这项荣誉项目目前在其第二年,并将收集和提出两年的数据。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号