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DESIGNING EDUCATIONAL METHODS FOR FUTURE THINKERS: TERRAFORMING CURRICULUM INCLUDES STEM EDUCATIONAL FIELDS

机译:设计面向未来思想者的教育方法:将课程设置为梯形课程

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Redesigning curriculum based on terraforming studies unites concepts from STEM educational fields, climate science, future studies, ethics, and philosophy. How could humans live on Mars? This single motivating question drives the curriculum through two terraforming philosophies. The two philosophies are: growing plants to develop an Earth-like atmosphere, or growing plants to develop a habitable Martian atmosphere. This inspiring topic outlines the engineering and design challenges that the next generation workforce needs to address. High school science curriculum in the United States is organized with educational standards that are presented in a disjointed fashion, leaving students feeling disconnected and disenchanted. The same educational standards are addressed, but in an engaging, thought provoking way that focuses on developing relevant life skills. This new curriculum for high school students will be described in terms of the standards it covers and the thinking methods developed. The idea of terraforming Mars isn't new, but teaching the concepts to the next generation of astronauts is necessary to prepare the next generation of scientists. The teaching curriculum focuses on the natural curiosity of the students and outlines how to create a habitable biome outside of Earth.
机译:根据地形研究重新设计课程,将STEM教育领域,气候科学,未来研究,伦理学和哲学中的概念结合在一起。人类如何生活在火星上?这个单一的激励性问题通过两种不同的哲学来推动课程设置。这两种哲学是:种植植物以发展类似地球的大气,或种植植物以发展宜居的火星大气。这个鼓舞人心的主题概述了下一代劳动力需要解决的工程和设计挑战。在美国,高中科学课程的教学标准以脱节的方式呈现,使学生感到脱节和迷离。解决了相同的教育标准,但是以一种引人入胜的,发人深省的方式专注于发展相关的生活技能。针对高中生的新课程将根据其涵盖的标准和开发的思维方法进行描述。改造火星的想法并不是什么新鲜事,但是向下一代宇航员传授概念是培养下一代科学家所必需的。该教学课程侧重于学生的自然好奇心,并概述了如何在地球外部创建可居住的生物群落。

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