For partners 
China
University of Hong Kong Summer Camp
Programs and prices, tuition fees in University of Hong Kong Summer Camp
Roblox Entrepreneur: Imaginative Game Design
- Age - 10-12 years old.
- Level of qualification - beginner advanced
- Direction - coding, design, game development
- Tools - Roblox, Roblox Studio.
Roblox is one of the fastest growing game platforms on the planet: more than 60 million xtkjdtr choose games created on it every month, and leading product developers earn more than $ 1 million per year. On the Roblox Entrepreneur: Imaginative Game Design course, students use Roblox’s built-in editor, Lua code, to create virtual worlds. Pupils will publish, share, play on any device - from the console to the mobile phone. Students will learn what makes Roblox popular, learn how to implement some of the strategies to engage, monetize in their work.
Students will learn:
- Create, publish games on the site Roblox
- Programming using Lua
- The basics of game design
- Monetize projects that include in-game items.
Roblox Entrepreneur: Lua Coding and Game Scripts
- Age - 10-12 years old.
- Level of qualification - beginner advanced
- Direction - coding, design, game development
- Tools - Roblox, Roblox Studio.
Lua coding - a powerful, fast programming language - is a promising area of coding, so the resulting skills will complement the portfolio and add to the summary. The best Lua coders and developers who create products for Roblox earn more than $ 1 million per year. Schoolchildren will learn how to work with the built-in Roblox editor, which allows you to create three-dimensional worlds and expand their functionality with the help of Lua. This programming language allows students to create their own game scripts and sell them to other designers.
Pupils will study:
- Lua Programming Basics
- The logic of programming for the creation of mechanics, the design of three-dimensional worlds.
- Standalone scripts for any user
- Skills monetization projects, including in-game items.
Java Coding: Build Mods with Minecraft
- Age - 10-12 years old.
- Level of qualification - beginner advanced
- Direction - coding, game development
- Tools - Minecraft, Java, Eclipse.
The Java Coding Course: Build Mods with Minecraft will allow teens to learn the basics of programming using Java based on Minecraft. Students learn coding, expand the available Minecraft elements, add tools, blocks, and mobs that were not there before. This course allows students to develop their skills by learning every nuance of the Minecraft source code.
Learning outcomes:
- Using variables, functions, control structures to customize Minecraft
- Java coding
- Creation of Minecraft mods
- The development of logical thinking, problem solving skills.
Java Coding: Custom Blocks and Maps in Minecraft
- Age - 10-12 years old.
- Level of qualification - beginner advanced
- Direction - coding, game development
- Tools - Minecraft, Java, Eclipse.
Students will be able to use Java code, learn to add a personalized, fashionable Minecraft style. Students will create their own subjects, blocks, develop, create an adventure map that allows you to include their add-ons. Pupils will learn how Java code is used to build Minecraft. Using design skills, students will create a product that will be able to share it with their friends.
Children will learn:
- Creation of adventure maps, Minecraft mods
- Using variables, functions, control structures to customize Minecraft
- Java coding
- The development of logical thinking, problem solving skills.
Game Design 101
- Age - 10-12 years old.
- Level of qualification - beginner advanced
- Direction - game development, design
- Tools - RPG Maker MV.
Teens will be able to create their own universe, get acquainted with the basic principles of design, create a unique project with the help of RPG Maker MV. The course is suitable for beginners - even they will quickly learn how to create complex products. RPG Maker MV - software that promotes the detailed construction of the world, unlimited creativity. Going beyond the basic principles of game design, students will use JavaScript.
Students will learn:
- Use programming logic to create game mechanics
- Build games from start to finish
- Principles of game design.
Game Design and Development 101
- Age - 13-17 y.o.
- Qualification level - beginner-intermediate
- Direction - game development, design
- Tools - Autodesk Maya, Unreal Engine 4.
Students will create their own brand for YouTube, choosing any sphere - from video blogs to tutorials and short films, learn the basics of video preparation, work on composition, use of professional equipment for processing footage (Adobe Premiere), learn to edit in new ways. Condition: ability to work in a team. Each student will be provided with a separate computer for editing and video equipment - for group work.
Pupils will study:
- Creating, embedding custom textures
- The process of product improvement on the basis of drawings, visual scenarios
- Development of the necessary skills of game design, creativity.
Coding and Engineering 101
- Age - 10-12 years old.
- Qualification level - beginner-intermediate
- Direction - coding, robotics
- Tools - JavaScript, micro: bit.
The program allows you to learn coding and robotics. Students study computer as hardware, learn binary code (01101100 01101111 01101100), create programs. Combining this knowledge and the concepts of object-oriented JavaScript programming, students will program micro: bit, an interactive handheld computer that they can take home. They will use JavaScript to send messages, create games, program real hardware.
Students will be able to:
- Use micro: bit to encode applications
- Javascript Creation, Simple Logic Schemes
- Understand how programs work, what code does
- Apply logical thinking skills.
Build and Code Your Own Take-Home Laptop
- Age - 10-12 years old.
- Level of qualification - beginner advanced
- Direction - coding, robotics
- Tools - Python, pi-top, Raspberry Pi.
On the Build and Code Your Own Take-Home Laptop course, adolescents will create their own laptop, combining their knowledge of hardware, software, and applying practical computer skills. Students will assemble their laptops using pi-top, Raspberry Pi and other cards, learn how to troubleshoot hardware assembly, download it by writing their own Python code.
Students will build skills:
- Laptop build
- Writing code to create games in Python
- Linux OS Usage
- Project planning, their coordination.
YouTube Gamecasting and Video Production
- Age - 10-12 years old.
- Level of qualification - beginner advanced
- Direction - Design
- Tools - Adobe Premiere, video equipment, YouTube.
The course will teach how to make a confident online presence using streaming on YouTube. Camp participants will learn the basics of video production, create audio and visual effects for online broadcasting around the world. YouTube Gamecasting and Video Production is an opportunity to start video production, to interest teenagers in work in a developing field.
Students will be able to:
- Create gameplay videos for YouTube
- Use screen capture software, edit video, audio
- Create an online brand.
Fortnite Camp and Unreal Engine Level Design
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - Game Development
- Tools - Fortnite, Unreal Engine 4.
Summer course Fortnite Camp and Unreal Engine Level Design will allow students to discover the possibilities of the program for game development. Unreal Engine from Epic Games will allow you to develop your own levels, inspired by Fortnite, reveal gameplay strategies, game mechanics, team building, streaming, Fortnite design analysis. Students will use the new skills to create levels of Battle Royale, will start a career as professionals of the Unreal Engine.
Students will learn:
- Creating Battle Royale levels using actors, nets, environments inspired by Fortnite
- Using the visual programming language Blueprints to style your game
- Basic game development skills
- Fortnite strategies.
VR Design with Unity and Oculus Go
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - Game Development
- Tools - Unity, Magica Voxel, Oculus Go.
The VR Design with Unity and Oculus Go programming course will allow schoolchildren to work with virtual reality, develop games, and design applications. Pupils will use the Oculus Go, a stand-alone virtual reality kit without bindings, wires, or phones, and Unity, the standard game engine for creating realistic worlds. Participants will get a unique experience, take their projects home and Oculus Go, to continue to create and improve products created by them.
Learning outcomes are:
- Skills of using game objects, models, levels to create an environment
- Ability to work in 3D to create a virtual reality experience
- Development of coding skills, design.
Intro to Coding for Machine Learning
- Age of students - 13-17.
- Qualification level - beginner-intermediate
- Direction - Coding
- Tools - Python, Tensorflow, PyCharm.
Coding skills are among the most sought after in the labor market. The summer program Intro to Coding for Machine Learning will allow you to study the basics of coding, to understand how this knowledge is applied to machine learning. Students will master the skills of creating logic games. Python is one of the fastest growing programming languages available, so children will quickly move on to object-oriented concepts. Camp participants will study the creation of basic neural networks and prepare for more advanced machine learning courses.
Program results are:
- Python coding skills
- Creating a basic neural network
- Creating a foundation for more advanced learning machine learning
- Development of computational thinking skills.
Artificial Intelligence and Machine Learning
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - Coding
- Tools - PyCharm, Python, TensorFlow.
Artificial Intelligence and Machine Learning will allow students to use datasets, probabilities, statistics, to work with the Python and TensorFlow tools (these tools help computers to emulate the brain's work). When selecting students, preference is given to students who have completed a basic programming course for machine learning.
Students will learn:
- Using TensorFlow to create a neural network
- Machine Learning Basics, Using Python
- Development of coding skills, logical thinking.
Cybersecurity and Encryption
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - Coding
- Tools - Python, PyCharm.
Cybersecurity and Encryption summer camp will allow students to discover the history of encryption, originating from the time of Caesar and relevant to this day. Camp participants will learn to encrypt information, create secret messages, share plans with their classmates, staying one step ahead of potential cyber attacks. Participants will learn to encrypt data, learn about the device of modern cybersecurity.
Course results are:
- Skills to encrypt messages, information, secure storage
- Decryption skills
- Creation and analysis of small security programs
- Development of critical thinking skills.
Code Apps with Java
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - Coding
- Tools - Java, Eclipse.
The task of the program is to learn the basics of Java, one of the first and still modern programming languages in the world. Java has many uses, from game development to business applications. Writing the first code or preparing for the AP Computer Science exam - at any stage, participants improve their Java skills using console programming applications.
A requirement is advanced knowledge of algebra: variables, integers, absolute values, the ability to evaluate algebraic expressions, the order of operations, the distribution property.
Students will learn:
- Encode Java projects
- Use arrays, loops
- Define variables, data types, classes, constructors
- Solve programming problems using logic, coding.
Java Coding and Game Development
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - coding, game development
- Tools - Java, Eclipse, Processing.
Students will be able to create games, discovering the possibilities of intersecting coding and visual arts. Students will learn Java, one of the most widely used programming languages, will use the processing library, add visual effects. Learning the art of creating games will help graduates create a portfolio that colleges will notice.
A requirement is a high level of knowledge of algebra: knowledge of variables, integers, absolute values, the ability to evaluate algebraic expressions, the use of the order of operations, and distribution properties.
Pupils will learn:
- Ways to code Java games
- How to define variables, data types, classes, constructors
- Methods for creating graphics, processing
- How to solve programming problems, applying logic, code.
Digital Video Production: Start a YouTube Channel
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - Design
- Tools - Adobe Premiere, production equipment.
Digital Video Production: Start a YouTube Channel isa course that allows you to start an innovative business in one of the most sought-after video hosting sites. Students will learn how to create video blogs, conduct game broadcasts, conduct online schools, which will ensure their presence on the Internet and will be the beginning of video production. Participants will shoot using professional equipment, use Adobe Premiere, Adobe After Effects, improving their projects. They will be able to combine their creative efforts into a working channel, attract followers.
The requirement is the ability to work in a team: each student will be provided with a separate computer for editing, video equipment is common for the project team.
Participants will be able to:
- Get experience with professional equipment including DSLR cameras
- Edit video, audio tracks
- Use video broadcast software.
Video Production and Special Effects for YouTube
- Age of students - 13-17.
- Level of qualification - beginner advanced
- Direction - Design
- Tools - Adobe Premiere, Adobe After Effects.
Program participants will study the stages of production, planning, storyboards of digital clips, shooting films with the help of professional equipment as part of the project team. Using the capabilities of Adobe Premiere and After Effects, students will edit clips, add custom animations, special effects.
The condition is group work skills. Each student will be provided with an individual computer for editing, video equipment will be offered to the project team.
Course results are:
- Ability to use professional equipment, including DSLR cameras
- Skills of editing video, audio tracks, using special software
- Creating special effects, animation.
Description of University of Hong Kong Summer Camp
- Year of foundation: 1999
- Location: Hong Kong, China
- Age of students: 10-17 years old
- Language of instruction: English
- Type of study: summer camp, full board.
The University of Hong Kong Summer Camp allows teenagers to discover the world of artificial intelligence, machine learning, videography, robotics, and game design. The diverse programs for children aged 10 to 17 develop skills that are in demand when applying to leading universities, finding employment in the highly competitive tech industry, and working for leading companies such as Google and Microsoft. The University of Hong Kong ranks second in the US News & World Report’s ranking of the best universities in Hong Kong.
For over 20 years, CUHK has been guaranteeing small class sizes, the best technically skilled staff, and a well‑thought‑out and future‑oriented curriculum.
The student life at the summer camp with programming at the Chinese University of Hong Kong will allow schoolchildren to feel like part of a progressive research institute founded in 1963. The university combines tradition and modernity, creating a favourable environment for students, ensuring the acquisition of academic knowledge and fundamental life skills.
Accommodation, meals, prices
Students live in comfortable conditions: the rooms are equipped with everything necessary for living, independent study.
Activities University of Hong Kong Summer Camp
Schoolchildren take part in the extracurricular activities program on campus and visit local attractions.
Advantages
- The University of Hong Kong IT Camp offers studying in groups of 5 to 10 students per instructor. All students, from beginners to advanced, receive individual attention and are taught according to their personal pace of knowledge acquisition.
- Every year, the Chinese university acquires the latest and best software, equipment, and technologies. Students at a professional level use tools from Adobe, Apple, Microsoft, Nvidia, Roblox, Unity, and others.
- All summer camp graduates receive an official diploma, course transcripts, a T‑shirt with the logo, a final project (on a USB drive), new friends, and skills that will be in demand for a long time to come.
Facilities and equipment at University of Hong Kong Summer Camp
CUHK overlooks the beautiful Tolo Harbour and is the largest and greenest university campus in Hong Kong. During outdoor activities and breaks between classes, students will get the most out of the inspiring university environment.
Admission dates and extra charges
Entry requirements, how to apply, what is required to enrol
- The age of students is from 10 to 17 years.
- The level of programming skills is from beginner to advanced.
- For individual courses, special knowledge of algebra is required.
Institution on the map
Residence permits, citizenship and other services
- Guardianship services during the studies
- Student supervision
Review about University of Hong Kong Summer Camp
Recommendations on when to apply
| Language courses, schools and children's language camps | Primary and secondary education - private schools | Preparation programmes for entering universities - higher education | Higher education (after completing accredited programs A-level, IB, High School) - Bachelor, Master, MBA |
| - we recommend to apply 6-9 months before the start of the course (some camps and schools offer discounts for early booking or for lengthy study programs) - there are some very popular and high demand children's camps, where the applications need to be submitted 1 year in advance (in particular Switzerland , Great Britain , USA , Canada , Austria) | - we recommend to apply one year before the start of the training program, - some schools have a specific time frame (September-November - please specify an individual school) - some schools require tests in several stages (UKISET, internal tests of the school: English, mathematics, logics, subjects, interview, some require a personal visit) | - we recommend to apply one year before the start of the program, - for Foundation and Pathway programs, IELTS and TOEFL certificates are usually required, respectively | - recommended submission one year before the start of the program, - the deadline normally closes in January, for TOP HEIs and, as a rule, in March in other universities - for a bachelor, a Foundation or Pathway preparatory program a completed A-level, IB, High School + IELTS / TOEFL are required - for Masters you need a graduated higher education, in some cases you need a pre-Masters program - MBA requires completed higher education, work experience preferably at least 2-3 years, etc. |
