首页|基于项目导向的高职院校Python教学提升与实践创新

基于项目导向的高职院校Python教学提升与实践创新

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随着Python编程日益成为大数据时代技术发展的重要推动力,针对高职院校Python教学中存在理论与实际应用脱节的问题,提出基于项目导向的高职院校Python教学提升与实践创新的方法,通过引入行业实际项目,将学生的学习过程与实际项目开发紧密结合。首先,重置教学流程,以实际项目教学为重点,强化实践教学环节;其次,重构教学目标、课程内容和评价体系,使其更加符合行业需求和学生发展需要;最后,通过对比教学改革前后学生的项目完成度和学科竞赛参与度数据,发现学生的技术应用能力和学习积极性显著提高。因此,项目导向的教学使学生在解决具体问题的过程中,能深化学习和强化应用Python的高级特性。同时,该方法有效提升高职院校的教学效果,不仅为高职教育提供新的视角和方法,也为其它学科的教学改革参考提供可行性。
Improvement and Practical Innovation of Python Teaching in Higher Vocational Colleges Based on Project-Oriented
As Python programming increasingly becomes a significant driver for technological development in the era of big data,this paper addresses the issue of disconnection between theory and practical application in Python teach-ing at higher vocational colleges by proposing a project-oriented approach to enhance Python teaching and promote practical innovation.By introducing industry projects,it tightly integrates students'learning processes with actual project development.Firstly,the teaching process is reset to focus on practical project instruction,reinforcing the prac-tical teaching component;secondly,teaching objectives,curriculum content,and evaluation systems are restructured to better align with industry demands and student developmental needs;finally,comparing data on students'project completion rates and participation in academic competitions before and after the reform reveals a significant improve-ment in students'technical application abilities and learning enthusiasm.As such,the project-oriented teaching en-ables students to deepen their learning and strengthen the application of advanced Python features while solving spe-cific problems.This method effectively enhances teaching effectiveness in higher vocational colleges,not only provid-ing new perspectives and methods for vocational education but also offering feasibility for teaching reforms in other disciplines.

project-orientedPython teachingteaching reformpractical innovationlearning effectiveness

靳俊霞

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开封文化艺术职业学院 计算机学院 开封 475000

项目导向 Python教学 教学改革 实践创新 学习成效

2025

办公自动化
中国仪器仪表学会

办公自动化

影响因子:0.026
ISSN:1007-001X
年,卷(期):2025.30(2)