請問這個課程適合完全沒有編程經驗的學生嗎？

中鳴機器人是中國領先的教育機器人研發和生產商，其產品獲得多項國際獎項及認證，包括中國教育部白名單認可。中鳴機器人致力於為全球青少年提供優質的STEAM教育產品和服務，其產品已在全球80多個國家和地區銷售，服務超過15,000所中小學，近千萬名學生使用中鳴機器人產品進行學習和創作。

課程中會使用哪些遊戲開發工具？

課程中會使用 GDevelop、Spatial 和 Unity 三種遊戲開發工具。 GDevelop 是一款易於上手的 2D 遊戲引擎，適合初學者，通過圖形化界面和事件驅動型編程，讓學生快速掌握遊戲開發的基礎知識。 Spatial 專注於 3D 遊戲設計和 AI 技術的結合，提供簡化的 AI 工具和功能，讓學生輕鬆地將 AI 元素融入到遊戲中，例如設計 NPC 的行為邏輯、自動尋路等。 Unity 是一款專業級遊戲引擎，功能強大，可以開發 3D 遊戲、VR 遊戲等，學生將學習 C# 程式語言，掌握更進階的編程技能。

什麼是遊戲設計？

遊戲設計就像是一位建築師在建造房子，不過這個房子是在電腦或手機裡面的虛擬世界。遊戲設計師需要規劃遊戲的玩法、規則、故事、角色、場景等等，讓玩家可以在這個虛擬世界裡享受樂趣和挑戰。

學完這個課程後，學生能做出什麼樣的遊戲？

學完這個課程，孩子可以做出各種不同類型的遊戲： 2D 小遊戲 : 例如 Flappy Bird、貪吃蛇等經典遊戲，或是他們自己設計的全新 2D 遊戲。 3D 場景 : 學習使用 Spatial 平台，設計更逼真的 3D 遊戲場景，並加入 AI 元素，例如會自動巡邏的警衛、會追逐玩家的怪物等。簡單的 AI 交互 : 學習設計簡單的 AI 角色，讓遊戲角色可以做出一些智能的反應，例如與玩家對話、躲避障礙物等。

除了遊戲開發，學到的這些技能還能應用到哪些方面？

遊戲設計中學到的技能，例如程式設計、3D 建模、創意發想等，可以應用到很多不同的領域：動畫製作 : 設計動畫角色和場景，製作動畫影片。互動設計 : 設計互動式網站、應用程式或裝置。虛擬實境 (VR) : 開發 VR 應用程式，例如 VR 遊戲、VR 教育軟體等。

課程中會涉及到哪些類型的遊戲？

課程中會涉及到各種不同類型的遊戲，例如：動作遊戲 : 例如射擊遊戲、格鬥遊戲等。冒險遊戲 : 例如角色扮演遊戲、解謎遊戲等。益智遊戲 : 例如拼圖遊戲、數獨遊戲等。

課程中會教學生如何設計遊戲角色和場景嗎？

是的，課程中會教孩子們如何設計遊戲角色和場景。角色設計 : 學習如何設計角色的外觀、服裝、動作等。場景搭建 : 學習如何使用遊戲引擎中的工具，搭建遊戲場景，例如森林、城市、太空等。

學生會在課程中學習到哪些編程知識？

小學組 : 主要學習圖形化編程，例如 GDevelop 中的事件和動作。中學組 : 除了圖形化編程，還會學習 C# 程式語言，以及 Unity 引擎中的腳本編程。

Leading students into the wonderful world of game design

Game Development Programming Course

Q: 除了遊戲開發，學到的這些技能還能應用到哪些方面？

遊戲設計中學到的技能，例如程式設計、3D 建模、創意發想等，可以應用到很多不同的領域： 動畫製作 : 設計動畫角色和場景，製作動畫影片。 互動設計 : 設計互動式網站、應用程式或裝置。 虛擬實境 (VR) : 開發 VR 應用程式，例如 VR 遊戲、VR 教育軟體等。

Q: 課程中會涉及到哪些類型的遊戲？

課程中會涉及到各種不同類型的遊戲，例如： 動作遊戲 : 例如射擊遊戲、格鬥遊戲等。 冒險遊戲 : 例如角色扮演遊戲、解謎遊戲等。 益智遊戲 : 例如拼圖遊戲、數獨遊戲等。

Q: 課程中會教學生如何設計遊戲角色和場景嗎？

是的，課程中會教孩子們如何設計遊戲角色和場景。 角色設計 : 學習如何設計角色的外觀、服裝、動作等。 場景搭建 : 學習如何使用遊戲引擎中的工具，搭建遊戲場景，例如森林、城市、太空等。

Q: 學生會在課程中學習到哪些編程知識？

小學組 : 主要學習圖形化編程，例如 GDevelop 中的事件和動作。 中學組 : 除了圖形化編程，還會學習 C# 程式語言，以及 Unity 引擎中的腳本編程。

This set of courses covers the complete process of game design, from the initial concept idea, game mechanism design, to programming, character design, scene construction, and finally the release of the game work. The greatest feature of the course is its flexibility, which can be adapted to students of different ages and learning levels.

forhigh school students, we can focus on the basic concepts of game design, such as game types, game elements, game mechanics, etc., and use graphical programming tools such as GDevelop to allow them to easily get started and create simple 2D games without programming experience. , such as Flappy Bird, Snake, etc.
forJunior high school students, while consolidating the foundation of game design, we can introduce the Spatial platform to let them learn 3D game design and be exposed to the basic concepts of AI artificial intelligence. They can learn to design game characters with AI features, such as intelligent enemies, automatic path finding, etc., to make the game more challenging and interesting.
forhigh school students, we can further increase the difficulty of the course and introduce the Unity engine to let them learn more professional game development skills, such as C# programming, VR game development, etc. They can challenge more complex game types, such as 3D role-playing, VR interactive experiences, etc., to give full play to their creativity and imagination.

Course topics include:

game design concepts
GDevelop game engine
2D game implementation
3D game scene design
AI game development
Unity game engine
VR game development

What will you learn?

Course content

After completing the course, students will learn the following skills:

Game design basics: Master the core elements and concepts of game design, such as game mechanics, gameplay, rules, level design, narrative, etc.
Programming: Learn to use programming languages (such as GDevelop's event-driven programming, Unity's C# script programming) to implement game logic, and apply programming to game development.
3D game design: Learn to use the Spatial platform to build more realistic 3D game scenes and characters, and learn 3D modeling, scene construction, character animation, etc.
AI technology applications: Explore the application of AI technology in games, such as designing NPC behavior logic, automatic path finding, intelligent enemies, etc., to design a smarter and more interactive game experience.
VR game development: Learn the Unity engine, master professional-level game development tools, and challenge VR game development, using Unity XR Interaction Toolkit to design VR interactive experiences.

Primary School Group: Preliminary Study on Game Design - 2D Game Creation Paradise

Designed forhigh school studentsThe design is oriented towards fun and interactivity, guiding students into the wonderful world of game design!

Course content:

Game design enlightenment: Learn the basic concepts of game design, such as game types, game elements, game mechanics, etc., and understand the game design process.
Get started easily with GDevelop: Learn to use the GDevelop game engine, which is an easy-to-operate and powerful 2D game development tool that can be easily used even if you have no programming experience.
Graphical programming: Learn to use graphical programming, learn the basic logic of programming by dragging and combining building blocks, and apply it to game design.
Classic games recreated: Imitate classic 2D games, such as Flappy Bird, Snake, etc., learn game design techniques and methods, and try modifications and innovations.
Creative game design: Encourage students to use their imagination to design their own 2D games, such as platform jumping, shooting games, etc., and learn game testing and publishing.

Expected learning outcomes:

- Master the basic concepts and processes of game design
- Be familiar with the basic operations of the GDevelop game engine
- Learn graphical programming and develop logical thinking skills
- Improve creativity and problem-solving skills
- Experience the fun of game design and stimulate interest in learning

Secondary School Group: AI Game Development-Creating an Intelligent Game World

Designed forJunior high school and high school studentsThe design, based on game design, incorporates elements of AI artificial intelligence to expose students to cutting-edge technology!

Course content:

3D game design: Learn the basic concepts of 3D game design, such as 3D modeling, scene construction, character animation, etc., and use the Spatial platform to build more realistic 3D game scenes.
Introduction to AI basics: Learn the basic concepts of AI artificial intelligence, such as machine learning, deep learning, etc., and understand the application of AI in games.
AI game development: Learn to use the AI tools and functions provided by the Spatial platform to design game characters with AI features, such as intelligent enemies, automatic path finding, etc., to make the game more challenging and interesting.
Unity game engine: Learn the Unity game engine, which is an industry-leading game development tool that can develop 3D games, VR games, etc.
C# Programming: Learn the C# programming language, master more advanced programming skills, and apply them to Unity game development.
VR game design: Learn VR game development, use Unity XR Interaction Toolkit to design VR interactive experiences, and explore the wonderful world of virtual reality.

Expected learning outcomes:

- Master 3D game design and AI game development skills
- Familiar with the operation of Spatial and Unity game engines
- Learn C# programming and improve your programming skills
- Understand the applications of AI artificial intelligence
- Improve creativity, logical thinking and problem-solving skills
- Experience the fun of game design and stimulate interest in learning

Past student projects

After completing the course, students designed a Unity game that can be played on VR glasses and implemented complex game logic.

Game design tips

FAQ

Is this course suitable for students with no programming experience?

Zhongming Robotics is China's leading developer and manufacturer of educational robots, and its products have received multiple international awards and certifications, including whitelist recognition by the Chinese Ministry of Education. Zhongming Robot is committed to providing high-quality STEAM education products and services to teenagers around the world. Its products have been sold in more than 80 countries and regions around the world, serving more than 15,000 primary and secondary schools. Nearly 10 million students use Zhongming Robot products to learn and creation.

What game development tools will be used in the course?

Three game development tools, GDevelop, Spatial and Unity, will be used in the course.

GDevelop is an easy-to-use 2D game engine suitable for beginners. It allows students to quickly master the basics of game development through a graphical interface and event-driven programming.
Spatial focuses on the combination of 3D game design and AI technology, providing simplified AI tools and functions, allowing students to easily integrate AI elements into games, such as designing NPC behavior logic, automatic path finding, etc.
Unity is a professional-level game engine with powerful functions that can develop 3D games, VR games, etc. Students will learn the C# programming language and master more advanced programming skills.

What is game design?

Game design is like an architect building a house, but this house is in a virtual world on a computer or mobile phone. Game designers need to plan the gameplay, rules, stories, characters, scenes, etc. of the game so that players can enjoy fun and challenges in this virtual world.

What kind of games can students make after completing this course?

After learning this course, children can make various types of games:

2D mini games: For example, classic games such as Flappy Bird and Snake, or new 2D games designed by themselves.
3D scene: Learn to use the Spatial platform to design more realistic 3D game scenes and add AI elements, such as guards that automatically patrol, monsters that chase players, etc.
Simple AI interaction: Learn to design simple AI characters so that game characters can make some intelligent reactions, such as talking to players, avoiding obstacles, etc.

In addition to game development, where else can these skills learned be applied?

The skills learned in game design, such as programming, 3D modeling, creative thinking, etc., can be applied to many different fields:

animation production: Design animated characters and scenes, and produce animated films.
interactive design: Design an interactive website, app or device.
Virtual Reality (VR): Develop VR applications, such as VR games, VR educational software, etc.

What types of games will be covered in the course?

The course will cover a variety of different types of games, such as:

action game: Such as shooting games, fighting games, etc.
adventure games: Such as role-playing games, puzzle games, etc.
puzzle game: Such as jigsaw puzzles, Sudoku games, etc.

Will the course teach students how to design game characters and scenarios?

Yes, children will be taught how to design game characters and scenes.

character design: Learn how to design a character’s appearance, clothing, movements, etc.
Scene building: Learn how to use the tools in the game engine to build game scenes, such as forests, cities, space, etc.

What programming knowledge will students learn in the course?

Primary school group: Mainly learn graphical programming, such as events and actions in GDevelop.
Secondary school group: In addition to graphical programming, you will also learn the C# programming language and script programming in the Unity engine.

Want to schedule on-campus classes?

Contact our consultants

Vinci AI offers on-campus courses, including STEM Day events, competition training, and after-school programs. We welcome you to contact our expert consultants to arrange suitable topics and formats for your needs.