Intermediate Scratch Coding: Build Epic Games & Power-Ups (Level 2)

In this Intermediate Scratch Coding course, students will build on their foundational coding skills and delve into more advanced game mechanics. Over the course of 12 engaging lessons, they will learn how to create multi-level games, integrate advanced movement mechanics, use user input for dynamic changes, and build multiplayer features. This course is perfect for young coders who have some Scratch experience and are ready to take their skills to the next level!

What Will Be Taught?

Advanced Movement & Controls: Students will learn to design custom movement systems using keyboard controls and advanced motion.
Game Logic & Scoring: Students will create interactive scoring systems, design complex levels, and integrate loops, resets, and game flow.
User Interaction: Learners will enhance their games by using user input to drive dynamic changes, from collecting points to activating power-ups.
Multiplayer Features: Students will explore the basics of multiplayer game setup, including score tracking and real-time competition.
Topics Covered:

Keyboard-based movement
Gravity and jumping mechanics
Scoring, looping, and game resets
Power-ups and health tracking
Dynamic user input and game progression
Multiplayer design and integration
Class Structure:

Each class is designed to be interactive and project-based. Students will start by learning the core concepts for that day's lesson, followed by applying them directly to a hands-on project. Here’s how a typical session will go:

Introductory Demo: Brief explanation and demonstration of the day’s topic (e.g., custom player movement or game scoring systems).
Guided Coding Session: Step-by-step coding alongside the instructor, where students build their own games, receive real-time help, and practice the concepts.
Peer Collaboration & Q&A: Students will share their progress, ask questions, and provide feedback to each other in a supportive, collaborative environment.
Wrap-Up and Feedback: At the end of each class, there will be time to review the work completed, troubleshoot any issues, and look ahead to the next lesson.
Teaching Style:

Our teaching style is hands-on and interactive, with a focus on "learning by doing." We ensure that students don’t just watch but actively engage in building their projects. We provide ample guidance, answer questions, and offer real-time feedback to foster a growth mindset.

Interactive Live Coding: The instructor will code alongside students, demonstrating key techniques and helping students apply them to their own projects.
Real-Time Problem Solving: Students will be encouraged to debug, solve problems, and work through coding challenges with instructor support.
Creative Freedom: We encourage students to use their creativity to personalize their games while learning important coding concepts.
Student Interaction:

Lecture & Live Coding: Students will learn through live, instructor-led coding demonstrations, explaining new concepts and showing how to implement them in real-time.
Hands-On Practice: Students will work on their individual projects, applying what they’ve learned with guidance and troubleshooting from the instructor.
Collaborative Work: While working individually, students will have opportunities to ask questions and share their progress with peers for feedback.