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With the rapid development of information technology,
programming skills have become a fundamental requirement
in modern society. As a foundational course for computer
science, Python programming plays a critical role in
cultivating students' coding skills and innovative
thinking. However, traditional teaching models and
content no longer meet current educational demands,
making curriculum reform imperative. This paper analyzes
the current state of Python programming courses and
proposes a teaching reform plan. The reform focuses on
updating course content by integrating the latest Python
technologies and applications, such as data analysis and
machine learning; adopting innovative teaching methods,
including project-driven teaching and flipped
classrooms, to enhance students' practical abilities and
teamwork; and strengthening practical components through
phased project tasks to improve problem-solving skills.
Additionally, the course evaluation system has been
optimized to use diversified assessment methods,
emphasizing process-based performance and project
outcomes. After the reform, students demonstrated
significant improvements in programming skills, overall
quality, class engagement, and interest in learning, as
well as enhanced practical skills and innovative
thinking. Teachers also improved their teaching
capabilities through training and resource integration.
In the future, Python programming courses will continue
to optimize teaching content and methods, explore
innovative teaching models and application scenarios,
and better align with technological development needs to
cultivate high-quality talent with innovation and
practical abilities. |
