首页|面向数字化未来的"计算思维"

面向数字化未来的"计算思维"

扫码查看
在不断变化、迅猛发展的数字世界,越来越多的人认为"计算思维"应该成为21世纪每个人的基本技能,而不仅仅是从事计算机工作的专业人士.如何认识"计算思维"和培养"计算思维"能力已重新引起国际教育界的关注."计算思维"本身是人类科学思维的一个组成部分,其反映计算机科学家如何把人类解决问题的思维过程数字化,从而让计算机来解决复杂问题的思维过程或思维框架.当反思人类在计算机上得以实现的有效解决问题的程序、策略和工具的时候,无论从事何种职业,都能够使学习、工作和社会生活更加有效,更加成功.因此,当前的学校教育中有需要重新审视"计算思维"在青少年学生成长中的意义.基于此,从"计算思维"概念的诞生说起,探讨"计算思维"含义及与教育的联系,比较"计算思维"与"数学思维"的区别,并介绍欧盟等国际组织的义务教育"计算思维"培养策略.据此提出,"计算思维"之所以重新回到人们的视野,是因为借助由数字化有效执行形式表示出来的问题解决思维过程,不仅可以有效提升人们问题解决的能力,还将批判性思维与计算能力结合起来,是创新解决现实问题的基础;在义务教育阶段,如何在更广的意义上引入"计算思维",而不局限于"信息技术与工程",是一个非常值得关注的方向,建议相关部门组织力量加强在义务教育阶段拓展"计算思维"培养的研究和实践探索.
"Computational Thinking"in the Digital World
In an ever-changing and rapidly evolving digital world,it is believed more than ever that"computational thinking"should become a fundamental skill for everyone in the 21st century,not just professionals who work with computers.How to understand"computational thinking"and how to cultivate"computational thinking"in schools has aroused the attention of the world education circle again."computational thinking"itself is an integral part of human scientific thinking.It reflects how computer scientists digitize human problem-solving thinking processes so that computers can solve complex problems.When reflecting on the effective problem-solving programs,strategies,and tools,we can make learning,work,and social life more effective and successful,no matter what career we pursue.Therefore,it is necessary to re-examine the significance of"computational thinking"in the growth of young students in the current school education.This paper will start with the birth of the concept of"computational thinking",explore the international meaning of"computational thinking"and the relationship with education,and compare the relationship between"computational thinking"and"mathematical thinking"and the training of"computational thinking"in compulsory education by international organizations such as the European Union.At present,how to introduce"computational thinking"in the broader sense of compulsory education,rather than limited to"information technology and engineering"is worthy of broad attention.It is recommended that relevant departments organize efforts to strengthen research and practical exploration on expanding the cultivation of"computational thinking"in compulsory education.

Computational thinkingMathematical thinkingCompulsory educationDigitizationabstractionLogicPattern recognitionAlgorithms

孟鸿伟

展开 >

中国教育科学研究院(中央教育科学研究所)原教育测量与监测研究中心 北京 100088

计算思维 数学思维 义务教育 数字化 抽象 逻辑 模式识别 算法

2024

中国教育信息化
教育部教育管理信息中心

中国教育信息化

影响因子:0.786
ISSN:1673-8454
年,卷(期):2024.30(2)
  • 22