包含什麼
6 預錄課程
6 週
教師的支持1 年訪問權
到內容作業
每週 1-2 小時. Each week the module contains video, code and slides. It should take about 1-2 hours or so to work through each module, and the homework should take about the same, depending on the type of code the student writes. Students practice the topics we cover each week, and will build their own programs based on the examples, or starting with their own ideas.評估
Progress is assessed though feedback on homework. At the end of each module, students work on an assignment which is returned with video feedback. This should help learners understand where they are, and to help improve their coding skills as they work through new weekly challenges and ideas.我們無法翻譯此文,請刷新頁面並再試一次。
課堂經歷
Welcome to Python Programming Intermediate Level - Working with Files - 6 Week Flex Course, an exciting 6 week course where we will learn how to read and write files, build programs that have file persistence, or memory, to store data in our programs. We will be looking at storing data from and to JSON, CSV, text files, and other formats. We will also be working with time and other modules to store information (for example, count how long its been since you last ran the program, calculate interest on a million dollars in real time, check if your information is stored, and so on). Based on python you already know, strings, lists, dictionaries, and loops, we will read and write files, build games, build a website in Flask, all using python! Every week we will work on another fun aspect of connecting python to new types of files and make cool things happen. Each module will have an in-depth video explaining the concepts and working through building programs to solve the weekly challenge and examples of concepts. From getting started with python and working on new projects, we will build up the skills to make our own programs and learn new ways to save and read files using code. Weekly modules will cover different topics, and scaffold skills so we are able to build more complex programs and think of new ways to solve coding challenges . The course will focus on fun and interesting examples to help students understand concepts that can be applied elsewhere. Because this is a flex class, students will get detailed videos each week that cover the topic of the week. Each modules includes slides, code, and video for students to work through. Students will have a weekly homework assignment at the end of each module part of programming. Feedback will be provided so learners can work on improving their coding as we work through the course and build the skills need to learn programming.
學習目標
Students will increase their knowledge of file input/output (file I/O), learn about and practice with a number of different formats, and start working on connecting Python to the web using Flask
教學大綱
6 課程
超過 6 週課 1:
Working with Text Files
Learn about working with different types of files in Python, starting with text files. The lesson includes storing grocery lists, building a high score table, and other file-related operations.
課 2:
Working with CSV Files
Explore various methods for reading and writing CSV (Comma-Separated Values) files in Python. The lesson includes different ways to manipulate CSV data, with projects focusing on creating and reading it.
課 3:
Reading and Writing JSON Files
This module discusses working with JSON (JavaScript Object Notation) data. You will cover building a multiuser login system, connecting to APIs, and building a game using JSON data.
課 4:
Pickle!
Learn about pickling data, serializing or flattening it. This module covers the advantages and drawbacks of pickling data and includes examples of encryption and serialization.
其他詳情
父母的引導和規範
In our class, we will be using two online platforms: Repl.it and YouTube. Both are popular and widely used, providing free resources for learning and sharing information. As your child participates in this class, we want to ensure you understand how these platforms work, the potential risks, and the safety measures in place.
About Repl.it
Repl.it is an online integrated development environment (IDE) where users can write, execute, and share code. It supports multiple programming languages and allows students to collaborate on coding projects. Students can create an account and access various coding exercises and projects. While Repl.it is designed for educational purposes, it's essential to supervise younger learners, as they can interact with others through the platform.
About YouTube
YouTube is a video-sharing platform that hosts a vast array of educational content, tutorials, entertainment, and more. Our class uses YouTube to share instructional videos and other relevant resources. While YouTube is widely used for learning, it also contains content not suitable for children, so supervision is advised.
Parental Guidance and Safety Measures
To ensure a safe and productive learning environment, consider the following guidelines:
Account Setup: If your child is under 13, ensure the account setup and email are managed by a parent or guardian. Use a unique username that doesn't reveal personal information.
Privacy Settings: Both platforms allow you to adjust privacy settings. Ensure these are set to limit public interaction and maintain your child's privacy.
Content Monitoring: Supervise your child's use of both platforms, especially on YouTube. Consider using YouTube Kids or enabling Restricted Mode to limit exposure to inappropriate content.
Interactivity: Repl.it has collaborative features allowing users to share code and interact. Ensure your child knows not to share personal information or interact with strangers without your knowledge.
Education and Communication: Discuss online safety with your child, emphasizing the importance of privacy and appropriate online behavior. Encourage open communication, so they feel comfortable discussing any concerns.
來源
We will be using the free interactive coding platform repl.it to code in Python, share files, construct websites, and use Flask. No software is required to be installed on your computer for this course.
教師專業知識和證書
I love teaching programming using fun and interesting examples because it helps students go farther than learning hard to contextualize concepts. Understanding what we are doing and why means that students will be able to apply algebraic concepts (like x+y) having understood examples like (red bike + blue bike) in a way that has context and meaning.
I teach students at many different levels (from ages 10-80), many how to program for the first time. I think it's exciting to meet students where they are, and help them pick up a new superpower. Coding, and thinking logically in code can be fun, exciting, and a huge advantage in the digital world.