AI+3D AR Game Design with Python Coding for High Schoolers

GRADES: 9-12

LENGTH: 2 weeks

DESCRIPTION

Highschool aspiring game designers (Grades 9-12) will step into an exciting journal to explore the realms of AI, 3D, Coding and AR Game Design in this Camp.

This camp is fully accredited by the Accrediting Commission for Schools, Western Association of Schools and Colleges (ACS WASC).

No prior computer knowledge is needed. Students will progress from a beginner level to the advanced level.

Fun outdoor and indoor activities and plays are part of the camp experience.

Holographic AR Coding and design - A Magic in Game Design: Students will learn Holographic AR coding and design with iCreator. With Holographic AR technology, they can step directly into their own games and see themselves interacting with game characters in real time, using just a webcam. This aspect of the program brings a novel dimension to gaming, where the physical and digital worlds blend seamlessly.

AI in Gaming– Igniting the Spark of Intelligent Game Design: Begin your adventure in the fascinating world of AI, grounded in Python programming and iCreator. Whether you're a complete novice or have some experience, our curriculum is designed to accommodate your skill level. Beginners will be introduced to fundamental AI concepts, Python programming and Holographic AR design, while more experienced coders will tackle complex Python coding challenges in game design.

3D Artistry in Gaming - From Modeling to Animation: Students will delve into the basics of 3D modeling and animation for 3D AR game design using iHuman, Adobe Mixmo, Blender, and/or other related 3D tools. Students will be guided through the process of 3D rigging, texturing, and rendering. They will explore the 3D character creation and animation with realistic movements.

Step Beyond into AI-Enhanced 3D AR Gaming: Students will learn how to integrate Python coding with Holographic AR and 3D design to boost the performance and responsiveness of their games, ensuring a fluid and interactive experience. AI is then woven into the fabric of the game design, injecting elements of intelligence and adaptability. This combination of Holographic AR, Python, and AI equips students with the tools to create advanced, responsive, and smart gaming experiences, starting a new chapter in educational game design.

Two Weeks of Innovation, and Creative Breakthroughs: This camp is a gateway to the expansive world of AI and technology: students will learn 3D game design, 3D modeling, AI, Python coding, AI coding with Python, AI-based game design, AR design and programming, game design, interactive storytelling, Design Thinking based on the Stanford University Design School curriculum, user interface/user experience (UI/UX), debugging and problem solving and more. Throughout the week, students will acquire skills and experiences that spark a lifelong passion for innovation, digital creativity, and game development.

The learning sequential in this camp:

Part 1: Introduction to Holographic AR Coding and Design

Part 2: Introduction to Python Coding

Part 3: Game Design Strategies

Part 4: Interactive Storytelling

Part 5: 3D Modeling & Animation

Part 6: Interactive 3D AR Coding and Game Design

Part 7: Introduction to AI

Part 8: AI in Game Design

Part 9: Design Thinking Based on Stanford University's Process

Part 10: Creation of Their Own 3D AR Game with AI Intelligence

What is the magic of Advanced AI+3D AR Game Design over traditional game design camps?

Building upon the solid foundation of traditional coding and game design, AI + 3D Holographic AR Game Design introduces extraordinary advancements. It integrates essential coding principles with the exciting worlds of 3D design and AI, allowing students to immerse themselves in the games they create. This immersive experience is streamlined through simple technology like a webcam, making it highly accessible.

What sets this method apart is its combination of technical skills with creative artistry. Beyond conventional coding’s focus on logic, students venture into designing 3D environments, creating unique characters, and crafting engaging stories. This not only enhances creativity but also deepens their understanding of technology.

The addition of AI transforms the gaming experience. It brings characters to life, making them responsive to player interactions in real-time. This interactivity elevates engagement, offering a unique experience compared to traditional game design.

In this two-week camp, students design their own AI-enhanced AR games, sharing and learning collaboratively. This camp is more than just learning; it's about inspiring imagination, fostering tech skills, and enhancing problem-solving abilities. It's an ideal blend of education, creativity, and fun, perfect for High School minds eager to explore the future of game design.

Students will learn the following:

• AI Concepts (High School Level)
• AI for Game Design (High School Level)
• Advanced Holographic AR concepts (High School Level)
• Advanced Holographic AR logic (High School Level)
• Advanced Holographic AR coding (High School Level)
• Advanced 3D Holographic AR coding (High School Level)
• 3D modeling (High School Level)
• 3D animation (High School Level)
• UI/UX (user interface/user experience) (High School Level)
• 3D Human model creation (High School Level)
• Adobe Mixamo (High School Level)
• Interactive storytelling (High School Level)
• 3D visual communication (High School Level)
• Debugging and Problem-solving (High School Level)
• Design Thinking process based on Stanford University Design School curriculum (High School Level)