Technology Talent Development: Beyond an Hour of Code

Q2 Social Sciences
Maryann R. Hebda
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引用次数: 0

Abstract

As technologically gifted students apply their abilities to computer science, they naturally flow through the talent development stages of potential, competency, and expertise. Processes that have always been important for gifted students to learn as they develop potential are embedded in learning code, which engages the beginning programmer in rich and complex authentic projects (Housand et al., 2017). As stakeholders present opportunities for open-ended, creative processes and products, the Computer Science Teachers Association (CSTA; 2017) and International Society for Technology in Education (ISTE; 2016) Standards can form guidelines for gifted students to self-direct their education through technology. Learning to code results in both cognitive and psychosocial skill development, including creative and critical thinking, logical and systematic reasoning, positive risk-taking and processing of feedback, perseverance through challenges, social skills, and collaboration.
技术人才发展:超越一小时代码
当技术天才学生将他们的能力应用于计算机科学时,他们自然会经历潜力、能力和专业知识的人才发展阶段。天才学生在开发潜力时学习的过程一直很重要,这些过程被嵌入到学习代码中,让初学者参与丰富而复杂的真实项目(Housand et al.,2017)。随着利益相关者为开放式、创造性的过程和产品提供机会,计算机科学教师协会(CSTA;2017)和国际教育技术学会(ISTE;2016)标准可以为天才学生制定通过技术自我指导教育的指导方针。学习编码可以促进认知和心理社会技能的发展,包括创造性和批判性思维、逻辑和系统推理、积极的冒险精神和反馈处理、克服挑战的毅力、社交技能和协作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Gifted Child Today
Gifted Child Today Social Sciences-Education
CiteScore
2.30
自引率
0.00%
发文量
30
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