《Python程序设计》课程教学大纲 一、课程基本信息 课程代码：21110032 课程名称：Python程序设计 英文名称：Introduction to Programming Using Python 课程类别：通识课 学时：32/30 学分：2 适用对象：非计算机类各学科本科学生 考核方式：考试 先修课程：无 二、课程简介 Python程序设计是面向非计算机类专业本科生的第一程序设计类课程。课 程任务是通过对程序设计的基本方法、Pythoni语言的语法元素，基本数据类 型、程序的控制结构、组合数据类型、函数和模块化、文件操作及Pythor常用 标准库和第三方库等知识的学习，培养学生计算思维、训练学生的编程能力。 通过学习本课程，使学生掌握一门能直接求解复杂专业问题的程序设计语言， 了解简单的算法和数据结构，了解Python计算生态系统，具备从事数据处理等 工作的基本能力。 Introduction to Programming Using Python is the first programming course for non-computer majors.The course is for cultivating students computing thinking and programming ability through the study of the basic methods of programming,the grammatical elements of Python language,basic data types,control structures in progams,combined data types (list,tuple,dictionary and set),designning of functions and modules,file operations,standard libraries and third-party libraries for Python.By learning this course,students can master a programming language that can directly solve complex application problems in their own domains,understand simple algorithms and simple data structures,understand Python computing ecosystem,and have the basic ability to engage in some domains such as data processing. 《Python程序设计》课程教学大纲 一、课程基本信息 课程代码：21110032 课程名称：Python 程序设计 英文名称：Introduction to Programming Using Python 课程类别：通识课 学 时：32/30 学 分：2 适用对象: 非计算机类各学科本科学生 考核方式：考试 先修课程：无 二、课程简介 Python程序设计是面向非计算机类专业本科生的第一程序设计类课程。课 程任务是通过对程序设计的基本方法、Python语言的语法元素，基本数据类 型、程序的控制结构、组合数据类型、函数和模块化、文件操作及Python常用 标准库和第三方库等知识的学习，培养学生计算思维、训练学生的编程能力。 通过学习本课程，使学生掌握一门能直接求解复杂专业问题的程序设计语言， 了解简单的算法和数据结构，了解Python计算生态系统，具备从事数据处理等 工作的基本能力。 Introduction to Programming Using Python is the first programming course for non-computer majors. The course is for cultivating students' computing thinking and programming ability through the study of the basic methods of programming, the grammatical elements of Python language, basic data types, control structures in progams, combined data types (list, tuple, dictionary and set), designning of functions and modules, file operations, standard libraries and third-party libraries for Python. By learning this course, students can master a programming language that can directly solve complex application problems in their own domains, understand simple algorithms and simple data structures, understand Python computing ecosystem, and have the basic ability to engage in some domains such as data processing