Advanced AI+AR Game Design with Coding for Junior

GRADES: K-2

LENGTH: 3 weeks

DESCRIPTION

Junior tech enthusiasts and game creators (grades K-2) will embark on an exciting journey of discovery in the 3-week AR Coding, AI and Game Design Camp. This interactive and educational program invites students to delve into the advanced world of Holographic AR coding and AI-enhanced game design, blending imagination with cutting-edge technology.

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.

Part 1: Introduction to Holographic AR Coding and Design.

The camp kicks off with an introduction to the essentials of Holographic AR design, logic and coding. Here, the junior designers will learn the basics of visual coding and design, perfect for their first steps into the world of game creation.

Part 2: Fun with Game Design.

Focusing on the joy of game creation, we introduce the campers to the elements of designing engaging games. They'll draw inspiration from popular kids' games like Minecraft adventures and friendly monster-themed games, all tailored to their developmental stage.

Part 3: Interactive Storytelling and Creative Challenges.

At this stage, junior designers will explore how to incorporate simple, interactive stories into their games. They'll engage in creative challenges that promote imaginative thinking and foundational problem-solving skills in a digital context.

Part 4: Advancing in Holographic AR Coding

Progressing further, campers will delve deeper into the world of coding. They'll learn how to animate their ideas with various stages and interactive elements, making their games come alive in an exciting and manageable way.

Part 5: Interactive AR Game Design

The core of the camp is where each junior designer gets to create their game. They not only craft their very own interactive AR game but also embark on a mind-boggling journey within it. Whether it's an immersive odyssey through a whimsical wonderland or an electrifying showdown against larger-than-life, cartoonish monsters, students can teleport into their game world with Holographic AR, turning vibrant canvas for their limitless imagination. Enhanced by the captivating fusion of Holographic Augmented Reality and game design, students will unlock a realm of endless possibilities.

Part 6: Intro to AI

Here, we introduce the basics of Generative AI and its applications in gaming. Students will learn about how Generative AI can generate dialogue and behaviors, and the role of AI in creating more dynamic gaming experiences.

Part 7: Using AI for Interactive AR Game Design

In this part, students learn how to integrate Generative AI into their game designs. They'll explore AI-driven character development, creating characters that can interact and converse with players in real-time. Through the magic of AI-driven interactivity, students will not just teleport into their game's universe but also breathe life into their virtual companions. These AI-powered game heroes possess the intelligence to engage, adapt, and respond dynamically, providing an unparalleled level of immersion and challenge. With a simple webcam as their gateway, students will seamlessly step into their game's world, forging deep connections with their AI-enhanced characters and navigating thrilling battles to safeguard the immersive realms they've meticulously woven.

Part 8: Designing AI-Based Games

Students apply their knowledge of Holographic AR and AI to design an AI-based game. This involves crafting AI-enhanced narratives, coding AI behaviors, and integrating AI characters into their AR environments. They’ll learn the Design Thinking process based on the Stanford University Design School Curriculum and apply the skills they've learned to code and design an Interactive Holographic AR game empowered by AI with engaging stages and interactions, all in a nurturing and supportive environment.

Throughout the camp, as each student works on their own projects and develops their own AI-enhanced AR games, there will be ample opportunities to share and interact with each other's creations. This collaborative aspect of the camp nurtures a community of learning, where students can inspire and learn from one another. The Advanced AR Coding and Game Design with AI Camp transcends traditional learning boundaries, blending creativity, cutting-edge technology, and interactive fun. It's an environment where students don't just learn; they innovate and push the boundaries of what's possible in game design, encouraged by their peers and mentors.

What are the magical aspects of Advanced AI+AR Game Design compared to traditional game design learning?

Holographic AR Coding & Game Design goes beyond the basics of traditional coding and game design, creating a more immersive and engaging experience. It incorporates foundational coding principles while adding an interactive dimension, allowing students to step inside the games they develop. This immersive experience is achieved through a webcam, eliminating the need for special equipment.

The magic of this approach lies in its combination of technical skill-building with creative expression. Unlike traditional coding, which focuses primarily on programming logic, the program encompasses the entire game creation process. Students learn not only to code but also to design game levels, create characters, and craft narratives, making their games truly unique. Teleporting into their own designs, they vividly experience their creations, inspiring greater creativity and a desire to learn more.

This holistic approach to game design fosters a deeper engagement with technology. It’s not just about writing code; it's about creating entire worlds. Students see the immediate impact of their decisions in a dynamic AR environment, which enhances their problem-solving skills and attention to detail.

Integrating AI into Holographic AR gaming takes the magic a step further. AI allows for the creation of interactive, talking characters, making the game worlds more alive and responsive. This integration offers a new level of engagement and interactivity, as the characters can react and adapt to players' actions in real-time.

Another advantage of Holographic AR coding and game design over traditional methods is its effect on sharpening observation and problem-solving abilities. When seeing themselves in their own coded game world, even when imperfect, students become more engaged and motivated to understand and correct their errors. The hands-on experiences prompt them to pay closer attention to details and develop problem-solving skills as they learn to debug and refine their coding and games. This process instills persistence and resilience, essential for learning and growth in technology.

The camp is a wonderful blend of fun, creativity, and new technology. Students will do more than just learn; they'll use their imagination to make games that are interesting and different, with support from their friends and teachers. They'll explore the exciting areas of AR and AI, improving their tech skills while also getting better at creative thinking and problem solving.

Students will learn the following:

•Computer, keyboard, mouse, and Internet skills (Junior Level)

•Advanced Holographic AR concepts (Junior Level)

• Advanced Holographic AR logic (Junior Level)

• Advanced Holographic AR coding (Junior Level)

• Advanced UI/UX (user interface/user experience) (Junior Level)

• Holographic AR game design (Junior Level)

• 2D animation and 2D digital art for game design (Junior Level)

•Visual communication (Junior Level)

•Interactive storytelling (Junior Level)

•Debugging and Problem-solving (Junior Level)

•Introduction to Game Design (Junior Level)

•Design Thinking process based on Stanford University Design School curriculum (Junior Level)