1. Being able to independently set up the Python development environment, including installing the Python interpreter and the PyCharm integrated development environment, and using PyCharm for program writing, execution, and debugging;
2. Understanding the core concepts and functions of variables, and mastering their definition, assignment, and basic usage rules in Python;
3. Mastering fundamental data types in Python, including numeric, Boolean, and string types, and flexibly applying composite data types such as lists, tuples, and dictionaries to solve practical problems;
4. Being able to apply the input() and print() functions to implement basic program interaction;
5. Being able to comprehend the precedence and functions of various operators—arithmetic, comparison, logical, and assignment—and constructing correct expressions for computation and logical judgment;
6. Mastering Python control structures, including if, elif, and else for conditional evaluation, as well as for and while loops, understanding break, continue, and the else clause, and applying iterative logic to solve repetitive tasks.
7. Developing the ability to independently analyze problems, write code, debug errors, and conduct testing and validation, while forming the habit of consulting official documentation and related resources to resolve programming issues;
8. Cultivating interest, confidence, and rigorous logical thinking in programming, thereby strengthening the core foundation of the Python language and preparing for advanced study in object-oriented programming, data analysis, or web development.