In this course, students will:
Gain a deep understanding of the Python Turtle module and its application in creating graphics.
Learn to apply advanced algorithms in their code to solve complex problems.
Understand the use of loops for repetitive tasks and the random module to add
randomness to their projects.
Learn to define and use functions to create reusable blocks of code, enhancing the efficiency of their programs.
Acquire skills to debug and improve their code, focusing on problem-solving and critical thinking.
Learn to create interactive user experiences using the onkey function in Python Turtle.
Complete three mini-projects that reinforce their learning and provide practical experience.
Develop project management skills, taking a project from concept to final product.

Here is a link to a document with all of Wild and Unstructured Learning's teachers. They are listed alphabetically in the document.

https://docs.google.com/document/d/1zItA4QLkRR6dfhOEMzBjrWW_Zssk9Yz5B90Nstuli0c/edit?usp=sharing

Homework Offered
After each lesson, students will be assigned individual homework based on the study guide
provided. This includes reviewing the complete code from the lesson, reading explanations to
reinforce their understanding of the code, and tackling bonus tasks that challenge them to apply their new knowledge.
These tasks are designed to be done individually, promoting independent thinking and problem- solving skills. On average, students can expect to spend about 1-2 hours on homework each
week, depending on their pace and the complexity of the bonus tasks.

No extensive reading is required, as the focus will be on understanding and applying coding
concepts. However, students are encouraged to go through the explanations in the study guide thoroughly to ensure a comprehensive understanding of the lesson.
0 - 1 hours per week outside of class
Assessments Offered
Grades Offered