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STANDARD FRAMEWORK TO INCREASE INTEREST AND PARTICIPATION OF INDIAN HIGH SCHOOL AND UNDERGRADUATE STUDENTS IN SPACE SCIENCES

机译:在空间科学领域提高印度高中及本科生的兴趣和参与的标准框架

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Indian Space Research Organization (ISRO) in the recent years has put India on the global space map. Many Indian citizens are very proud of the achievements of ISRO yet it is disheartening to note the low enthusiasm towards space sciences among the students of the country. Many students from different remote parts of the vast country are not even aware regarding the existence of an Indian space agency called ISRO. The brightest students of the country after graduating from prestigious universities such as Indian Institute of Technologies don't have a slight tilt towards a career in space sciences. If the current state of affairs continues then it might be difficult for ISRO to uphold its present remarkable reputation given its inability to attract fresh young dynamic talent. The need of the hour and as proposed in this paper is the inculcation of an introductory course or at the very least a minor topic regarding space sciences in the courses of high school and undergraduate students. Exposure to content and subject matter of space sciences will definitely stir the interest of young students and force their inquisitive minds to dive deeper into the subject. Scientists especially retired scientists from ISRO can be appointed as visiting professors in universities where they can teach an optional Open Elective course dealing with space sciences. Such a course will also include the history of Indian Space Program and ISRO. Armed with basic knowledge of space sciences and an exposure to the rich legacy of Indian space research will motivate the students to pursue further studies and career in the field of space sciences and ISRO. Such a standard framework if successful in Universities at Undergraduate level can also be introduced in the senior secondary level of higher secondary education after suitable modifications to match the intellectual capabilities of high school students. Such a model if successful in India, can then be replicated in emerging space nations of the developing world. With Space being the final frontier to be conquered by humanity, it is imperative that countries incorporate elements of space sciences in their education systems to better prepare their citizens to meet the challenges of a future dominated by space sciences and related studies.
机译:近年来,印度空间研究组织(ISRO)将印度置于全球空间地图上。许多印度公民为ISRO的成就感到非常自豪,但令人失望的是,该国学生对太空科学的热情不高。来自广阔国家不同偏远地区的许多学生甚至都不知道存在名为ISRO的印度航天局。从著名的大学(如印度理工学院)毕业后,该国最聪明的学生对太空科学事业没有丝毫偏向。如果目前的状况继续下去,由于ISRO无法吸引新的有活力的年轻人才,因此ISRO可能难以维持其目前的卓越声誉。正如本文所建议的,小时的需要是在高中和本科生课程中灌输入门课程,或者至少是关于空间科学的一个次要主题。接触空间科学的内容和主题肯定会激发年轻学生的兴趣,并迫使他们的好奇心深入研究该学科。可以任命科学家,特别是ISRO退休的科学家为大学的客座教授,在那里他们可以教授与空间科学有关的选修开放式选修课程。这样的课程还将包括印度空间计划和ISRO的历史。掌握了空间科学的基础知识,并了解印度太空研究的丰富遗产,将激发学生继续从事太空科学和ISRO领域的研究和职业。如果对标准进行了适当的修改以匹配高中学生的智力,则该标准框架(如果在本科级别的大学中获得成功)也可以引入高中阶段的高中阶段。这种模式如果在印度获得成功,则可以在发展中国家的新兴太空国家中复制。鉴于太空是人类要攻克的最后边界,各国必须将太空科学的要素纳入其教育体系,以更好地为其国民做好准备,以迎接以太空科学和相关研究为主导的未来的挑战。

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