Course overview
This course provides a thorough introduction to programming using Python, based on Harvard University's CS50P curriculum. It guides you from the absolute basics, starting with functions, variables, and data types, and progresses through essential control flow concepts like conditionals and loops. You will learn to write robust code with exception handling, leverage the power of Python libraries, and implement automated unit tests. The journey continues with file input and output, object-oriented programming principles including classes and inheritance, and a deep dive into regular expressions for pattern matching. The final module covers advanced language features such as list comprehensions and type hints to refine your coding practice.
Who this course is for
This course is designed for absolute beginners with no prior programming experience, as well as learners looking to formalize their understanding of Python. It serves as an ideal starting point for students, professionals transitioning to tech, or self-taught programmers who want a rigorous, computer-science-oriented foundation. The content is structured to build knowledge sequentially, making it suitable for anyone who is comfortable with basic computer operations and is ready to engage with systematic, lecture-based learning.
How to study this sequence
The course is structured as a linear sequence, with each of the ten lectures building directly on the previous one. Begin with Week 0 on functions and variables, as establishing a solid mental model for these foundations is critical before moving to conditionals and loops. Work through the content sequentially, write and test the code shown in the demonstrations, and experiment by modifying the examples. Pay special attention to the unit testing and exceptions lectures, as these introduce professional practices that will immediately improve the reliability of your code in subsequent projects.
What you should be able to do
Upon completing this course, you will be able to write, test, and debug procedural and object-oriented Python programs. You will have practical experience reading and writing files, parsing data formats like CSV, working with third-party libraries, and applying regular expressions. The outcome is a durable, transferable programming foundation that prepares you to explore web development, data science, or automation with Python.
