Unity Development Course
Master Unity Development Through Station-Based Learning — Covering Games, AR, and VR!
Students will progress from basic to advanced levels, gaining hands-on skills in applying and developing with Unity across three major areas: 2D/3D games, augmented reality (AR), and virtual reality (VR). Through project-based learning, they will blend creativity and technology to create interactive content and applications.
This course combines three popular application areas: game development, augmented reality (AR), and virtual reality (VR), implemented through the Unity engine, allowing students to progressively master cross-platform interactive content creation technology. Students will start with 2D/3D game design, extend to AR filters and reality interaction, and advance to immersive VR scene development, comprehensively developing programming, scene construction, and user experience design skills.
Game Development
Using the C# programming language, students will write game scripts and learn core concepts such as character movement, collision detection, and basic use of the physics engine — strengthening both their coding and logical thinking skills.
Augmented Reality（AR）
Learn to use C# to implement AR object interaction, dynamic triggers, animation control, and sound effects. Create AR games using Unity by integrating digital elements with the real world.
Virtual Reality（VR）
Gain skills in building interactive VR environments, including object grabbing, movement, rotation, and touch interactions, while mastering the use of Unity’s physics engine.
Course Outline
Introduction to Unity Game Development (Basic + Advanced)
Designed for students with no programming background, this course starts from scratch to teach the logic and design thinking behind Unity game development.
Course Content：
Familiar with Unity user interface and basic operations
Game objects, prefabs, and scene management
Introduction to C# scripting: variables, conditionals, loops, and events
Controlling character movement, jumping, and physics interactions
Collision detection and UI system
Sound effects and animation design
Score system and level management
Final Project：Students design their own 2D and 3D games
Unity AR Augmented Reality Application Development
Combine real-world environments with virtual content to create interactive AR experiences using Vuforia or WebAR.
Course Content：
Understand AR technology and real-life applications
Set up Unity + Vuforia AR environment
Image tracking and 3D model overlay
Trigger animations and design basic interactions
Integrate sound and multimedia
Deploy to mobile or web platforms
Final Project : Create an interactive AR game or exhibition application
Build immersive environments and interactive systems
compatible with Oculus or handheld VR devices (e.g., smartphone + Cardboard).
Course Content：
Concepts and design considerations for VR environments
Set up Unity VR development environment
Create 3D immersive spaces and navigation systems
Master basic interactions (gaze, click, teleport)
Add UI panels, text prompts, and sound effects
Design first-person perspective gameplay
Cross-platform deployment: Oculus, mobile VR
Final Project : Create a virtual exhibition, experience game, or educational scenario
Student Works
Maze Game
- Design a 3D maze where players must find the exit within a time limit.
- Learn collision detection, timer functions, and character control.
AR Treasure Hunt Game
- Using image recognition technology, place hidden clues around a school or designated area. Players explore and unlock levels using a mobile phone or tablet.
VR Rehabilitation Game
- Design an interactive rehabilitation instruction game where players perform actions based on guided steps.
- Learn game design and production, create corresponding scenes, apply physics effects, set up player controls, and design mission challenges.
Learning Outcomes
Master Basic Unity Development Skills
Gain proficiency in using the Unity editor, scene management, physics engine, and basic manipulation of game objects.
Learn 3D Modeling and Scene Design, Master Game Interaction and Mechanics
Design and arrange game environments, become familiar with lighting and UI design. Learn to build interactive elements such as scoring systems and game triggers.
Gain Skills in Unity and AR Foundation Fundamentals
Learn to use Unity with AR Foundation to build basic AR scenes, including object tracking, plane detection, and environmental awareness features.
Ability to Independently Develop Interactive Unity Projects
Independently or collaboratively complete a full project. Through teamwork, students will learn task division, time management, and effective communication, enhancing their collaboration skills and project management experience.
Understand Game Debugging and Optimization Techniques
Acquire basic debugging skills and learn how to optimize game performance to enhance user experience.
Enhance Logical Thinking and Programming Skills
Through project design, students will develop creativity, spatial design, and problem-solving skills. By continuous testing and refinement, they will learn to bridge real-world and virtual content.
CoolWalk Education - A Spark That Stands Out !
The Unity course allows students to start from scratch, learning basic programming and 3D scene design to create their own interactive games. The process is full of challenges and fun — students learn with joy while developing their logic and creativity!
Professional Team
All instructors are current students or graduates of the Hong Kong Institute of Education, and all must undergo professional STEAM education training before becoming official instructors.
Keeping Up with the Times
Combining the latest technology in the market and the most popular topics, our courses and materials are designed for primary and secondary school students by an experienced professional teaching team.
Student-Centered
We guide students to think independently and learn autonomously, combining practical and real-life challenges to spark students’ interest and creativity.
Tailored Teaching
We have extensive experience teaching various types of students, including English/Chinese schools, special schools, kindergartens, etc., and tailor courses accordingly.