Evaluating Computer Science Students' Experiences and Motivation Towards Learning Artificial Intelligence

A. Alhur, Arwa Alhur, Afrah Alhur, Kholod Almalki, Reem Aljoudi, Huda Aloqla, Sara AlKayyal, Mona Almalki, Anoud Alenazi, Aseel Almalki
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Abstract

This study investigates the experiences and motivations of Saudi Arabian computer science students (aged 18 and above) in their pursuit of knowledge in Artificial Intelligence (AI). It employs a cross-sectional design using web-based surveys. Findings indicate that students recognize AI's transformative potential in computer science and express a willingness to embrace it in their careers. However, confidence levels vary regarding using AI tools, understanding healthcare AI, and assessing AI's impact on computer science education. The study emphasizes the significance of intrinsic motivation, experiential learning, and pedagogical strategies like collaborative learning in AI education. Additionally, it underscores the importance of addressing gender and diversity considerations to create inclusive AI learning environments. In conclusion, this research provides valuable insights into computer science students' experiences and motivations in AI education. It offers practical implications for enhancing AI pedagogy, reducing barriers to learning, and promoting diversity and inclusivity in the AI field. Educators can empower students to navigate the dynamic AI landscape effectively by tailoring educational approaches to individual learner needs.
评估计算机科学专业学生学习人工智能的体验和动机
本研究调查了沙特阿拉伯计算机科学专业学生(18 岁及以上)学习人工智能(AI)知识的经历和动机。研究采用横断面设计,使用基于网络的调查。调查结果表明,学生们认识到人工智能在计算机科学领域的变革潜力,并表示愿意在其职业生涯中接受人工智能。然而,在使用人工智能工具、了解人工智能医疗保健以及评估人工智能对计算机科学教育的影响方面,学生的信心水平却参差不齐。本研究强调了内在动机、体验式学习和协作学习等教学策略在人工智能教育中的重要性。此外,研究还强调了解决性别和多样性问题以创建包容性人工智能学习环境的重要性。总之,这项研究为了解计算机科学专业学生在人工智能教育中的体验和动机提供了宝贵的见解。它为加强人工智能教学法、减少学习障碍、促进人工智能领域的多样性和包容性提供了实际意义。教育者可以通过根据学生的个人需求调整教育方法,使学生能够有效地驾驭动态的人工智能环境。
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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