TehnoloŠki napredak I klimatske promjene - tema u obrazovanju inŽenjera /技术进步与气候变化-工程教育主题

A. Akšamović, S. Odžak
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引用次数: 0

摘要

在21世纪初,环境问题毫无竞争地成为人类活动所有领域的首要问题。所有其他基本问题:健康、食物、能源、水和空气,主要是由环境问题决定的。气候变化是由于温室效应造成的CO2排放过多,大气污染是由于热电厂、化工厂、采暖锅炉、个体炉、交通工具排放的有害物质造成的;饮用水的污染,可耕地的污染和破坏,森林的破坏,污水处理不当导致的河流污染等问题需要人类对环境的态度发生根本性的改变,这导致需要重新考虑和改变目前的经营方式。本文分析了电气工程方面的科学成果对工业加速增长的影响,从而导致了今天的环境问题。工业发展是分阶段探讨(工业1.0,工业2.0,工业3.0,工业4.0)关于在做生意的激进变化的影响。由于我们现在处于第四阶段,主要议题是能源转型、能源效率、可再生能源、回收、创新、电动汽车、物联网、物联网、人工智能和5G。尽管上述所有主题都是多学科的,但电气工程的重要份额是明确的。现有的电气工程计划和方案,无论是基于传统的教育模式还是在创新的过程中,都是适应新的技术趋势的。一般来说,很少或根本不重视环境问题。萨拉热窝大学电气工程学院对上述问题的回答之一是开设了一门新的课程“可持续发展”。本文简要介绍了本课程的内容。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TEHNOLOŠKI NAPREDAK I KLIMATSKE PROMJENE – TEMA U OBRAZOVANJU INŽENJERA / TECHNOLOGICAL PROGRESS AND CLIMATE CHANGE – TOPIC IN ENGINEERING EDUCATION
At the beginning of the 21st century, environmental issues became leaders in all areas of human activity without competition. All other essential topics: health, food, energy, water, and air, are predominantly determined by environmental problems. Climate change is a result of excessive CO2 emissions due to the greenhouse effect, air pollution as a result of emissions of harmful substances by thermal power plants, chemical plants, heating boilers, individual furnaces, means of transport; pollution of drinking water, pollution and devastation of arable land, destruction of forests, pollution of rivers due to inadequate wastewater treatment, etc. are problems that require a radical change in man's attitude towards the environment, which leads to the need to reconsider and change the current way of doing business. The paper analyzes the impact of scientific achievements in electrical engineering on the accelerated industrial growth that has led to today's environmental problems. Industrial development is explored in phases (Industry 1.0, Industry 2.0, Industry 3.0, Industry 4.0) regarding the impact of radical changes in doing business. Since we are now in phase 4, the dominant topics are energy transition, energy efficiency, renewable energy sources, recycling, innovation, electric vehicles, networking, Internet of Things (IoT), artificial intelligence, and 5G. Although all the above topics are multidisciplinary, a significant share of electrical engineering is clear. Existing plans and programs in electrical engineering, whether based on the traditional model of education or in the process of innovation, are adapted to new technological trends. As a rule, little or no importance is attached to environmental issues. As one of the answers to the mentioned problem at the Faculty of Electrical Engineering, University of Sarajevo, a new course, “Sustainable Development” was included. The paper briefly describes the content of this course.
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