SPG26-Advanced Game Dev with Python - F - 3D-KT

Service Description

Advanced Game Development with Python (Ages 11+) The transition from "Gamer" to "Developer" starts here. This course is for the student who is done with drag-and-drop blocks and ready to build professional-grade software using Python, the language used by major studios and tech giants. Ages 11+ are the "Code Fluency Years." We strip away the training wheels to teach the raw syntax, physics engines, and object-oriented logic that drive modern video games. Course Overview This is a Text-Based Game Engineering course. We use the Pygame library to build games from the ground up—line by line. Real Code, No Engines: Unlike Unity or Roblox where much of the work is done for you, here students write the actual code for gravity, collision, and rendering. This provides a far deeper understanding of computer science. Hardware-Software Fusion: Unique to this camp, we bridge the gap between electronics and code. Students will program their Raspberry Pi Pico to act as a custom physical controller for the games running on their laptop. Portfolio Ready: Students leave with executable games they can send to friends or put on a college resume. 🛠️ The Gear: Theirs to Keep We are the ONLY camp that provides every student with a professional-grade Python Robotics & Controller Kit ($100+ value) to use during camp and take home forever. No Sharing: Your teen builds their own development rig. Custom Controllers: Includes the microcontroller, joystick modules, and sensors needed to build physical gamepads. Continued Dev: The hardware is theirs to keep, allowing them to invent new interaction methods at home. 🚀 The Projects: Physics & Algorithms We move beyond "making it move" to "making it feel real." Please note: These are just sample projects. The actual curriculum will vary and include a greater number of projects tailored to the students' pace. Phase 1: The Physics Engine (Kinematics) Breaking Bricks (Breakout): Build a physics-based arcade game. Students learn Vector Math to calculate the "bounce angle" of the ball based on where it hits the paddle. Retro Pong: The "Hello World" of game dev. Master the Game Loop (Input -> Update -> Render) and basic collision detection algorithms. Phase 2: Advanced Mechanics (Object-Oriented Design) Twist & Blast (Space Shooter): A fast-paced shooter that introduces Classes and Objects. Students learn to manage "Lists" of enemies, lasers, and particle effects efficiently. Python Flappy Bird: Recreate the viral hit to master Gravity Simulation (Acceleration vs. Velocity) and "Asset Management" (loading sprites and sounds). Phase 3: The Hardware Interface (Physical Computing) The Gyro Pilot: Students wire a Gyroscopic Sensor to their microcontroller and write a Python driver to read the tilt data. They then use this real-world tilt to steer a spaceship in their Pygame project. Custom Joystick Integration: Build a physical analog joystick circuit and program it to control the "Twist & Blast" ship, learning how to handle Serial Communication between hardware and software. 🎓 Learning Outcomes (Hard Skills) By the end of the week, your child will possess the skillset of a junior software engineer: Object-Oriented Programming (OOP): Understanding Classes, Instances, and Inheritance (e.g., creating a generic "Enemy" class and creating specific variations). Vector Mathematics: Using X/Y vectors to calculate speed, direction, and friction. Collision Algorithms: Writing the logic to detect when two rectangular or circular objects overlap in 2D space. Hardware Drivers: The advanced skill of writing code that allows a computer to "talk" to an external USB device (the controller). Syntax Proficiency: Gaining confidence in writing clean, error-free Python syntax without a drag-and-drop interface. Limited Seats Available. Secure your child's place in the future of innovation.