Introduction to Coding: Let's Use Scratch Level 1

🌟 Unlock the world of coding with BrainFizzl! Join our interactive and engaging course that introduces students to the blocked-based visual programming language called Scratch. 🎮✨

🚀 Introduction to Coding with Scratch 🧠🌈
Are you ready to embark on an exciting coding adventure? Join our introductory course that focuses on the blocked-based visual programming language, Scratch. This class is designed for students with no prior coding experience and is best suited for children who have never used Scratch before. Through our interactive and project-based learning approach, students will develop critical thinking skills while exploring the endless possibilities of coding.

🧩 Syllabus:
📅 Week 1: Introduction to Scratch
In the first week, students will dive into the basics of Scratch. They will learn how to create sprites, incorporate sounds, make loops, use variables, and much more. By gaining a solid foundation in Scratch, students will set the stage for their coding journey.

📅 Week 2: Create a Pong Game
During this session, students will learn how to make a classic Pong game. They will dive into coding game mechanics, create paddle movements, and implement scoring systems. Get ready to challenge your friends to a virtual Pong match!

📅 Week 3: Dive into the Shark Eating Fish Game
In this week, students will immerse themselves in the underwater world as they create an exciting shark eating fish game. They will design sprites, code the movements of the shark and fish, and bring the game to life with interactive elements. Can you survive the hungry shark?

📅 Week 4: Navigate the Minecraft Maze
Calling all Minecraft fans! In this week's session, students will embark on a coding adventure to create their very own Minecraft-inspired maze game. They will design intricate mazes, code character movements, and incorporate obstacles. Get ready to explore the virtual labyrinth!

📅 Week 5 Dance Game
Get ready to groove as students develop their very own interactive dance game! They will learn to code characters that move to the rhythm of music, sync animations with sound, and create exciting dance sequences. By exploring Scratch’s motion and event blocks, students will bring their digital dancers to life. Let’s dance and code together in this fun and engaging final project! 🎵

🎮 This class promotes creativity, innovation, and critical thinking through project-based learning. Students will have numerous opportunities to ask questions and receive guidance from our experienced instructors throughout the course.

💡 Join us on Outschool to embark on an unforgettable coding journey with Scratch. Enroll now and let your imagination come to life as you create different games through interactive tutorials. Unleash your coding potential and discover the exciting possibilities of Scratch! 🌟🎉

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REQUIREMENTS FOR CLASS:
Saving Documents:
1. Students will be required to save a file on their desktop and load it on Scratch. I will have instructions on how to load the file. Parents must have knowledge on saving files on their desktop. (Most students require parental support, an email will be sent). This will need to be completed before coming to scheduled class.

Coding:
1. Students will be required to have a desktop computer or a laptop to take this class in order to code on Scratch 3.0. Students should not be using tablets or iPad's.
2. Students are required to have a keyboard during class, this will help them code.
3. Students may take the class with one device but they will need to have two screens opened at the same time. 
4. Students are required to have an account with Scratch. This will help them save their projects. The website is: https://scratch.mit.edu/

Zoom:
1. It is strongly encouraged to have two devices. One device for Zoom (laptop, desktop computer or tablet) and a second device for coding (no tablets or iPad's). 

Reading:
Students should be able to read the blocks in order to take this course. Otherwise, it will be very difficult to follow the tutorial. Many of the blocks look similar to one another, which can confuse students that are unable to read.