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Cutting-Edge, Project-Based, Diverse! Immerse in the Virtual Reality world, explore the newest tech, and learn different kinds of subjects. By creating hands-on projects, knowledge is strengthened as you develop problem-solving skillsets! |
*Sports / Activity Break, Monday - Friday, 10:15am-10:30am, 2:15pm-2:30pm*
(Sports / Activity include: Basketball, Soccer, Volleyball, or Indoor Game etc.)
Guided Sports / Activities Under The Supervision of a Coach/ Staff Member
Daily Schedule
* 8:00 a.m. - 9:00 a.m. Morning care (add-on)
* 4:00 p.m. - 6:00 p.m. Afternoon Extended Care (add-on):
(Sports / Activity include: Basketball, Soccer, Volleyball, or Indoor Game etc.)
Guided Sports / Activities Under The Supervision of a Coach/ Staff Member
Daily Schedule
* 8:00 a.m. - 9:00 a.m. Morning care (add-on)
- 9:00 a.m. - 12:00 p.m. Morning class
- 12:00 p.m. - 1:00 p.m. Lunch break
- 1:00 p.m. - 4:00 p.m. Afternoon class
* 4:00 p.m. - 6:00 p.m. Afternoon Extended Care (add-on):
- Math & English Practice Time; Art & Craft & Indoor Games(Rotation)
- Chinese & Cultures
G4-6
W3 (6/26 - 6/30/2023) - G4-6 AM. Game Dev. & Science:Jurassic Park Science & Animals (with Oculus VR) + PM. Scratch Master: Drones & Intro to Python coding
$208.00 - $378.00
AM:
Game Dev. & Science: Jurassic Park Science & Animals (with Oculus VR)
Technology - Game Dev Level 1:
- This course introduces students to the fundamentals of game development. Students will learn about design and development processes, coding basics, and tools for creating engaging games. Students will also become familiar with game engines, including those used to create 2D and 3D games.
Programming - Block Code Level 1:
- This course provides an introduction to programming through the use of block code. Students will learn the basics of programming logic and problem-solving, how to write code, and how to debug their programs. They will also explore various concepts related to programming and develop their own interactive programs.
Oculus VR Game Dev & Science:
- Jurassic Park Science & Animals Science is a thrilling virtual reality game that allows you to explore the world of dinosaurs and animals in an immersive and interactive way. Not only can you explore the prehistoric world but also use advanced technology to develop your own virtual world with Jurassic Park-style creatures and environments. The game also has a science educational component, allowing players to learn about the history and structure of our evolution. Put on your Oculus headset and experience the wonders of the past like never before!
From this camp, students will learn about the natural wonders of Jurassic Park and the animals that live there. They will also learn about the scientific discoveries that have been made dating to the time period, from dinosaurs to plants and animals living in the area. Additionally, they will learn how to create games using virtual reality technology, with an emphasis on problem solving and creative expression. This camp will give them the opportunity to explore science and game development in a safe, interactive setting.
PM:
Scratch Master: Drones & Intro to Python coding
- Scratch Master: Drones & Intro to Python Coding is an introductory course designed to teach students the basics of Python coding and drone programming. Through guided hands-on activities, students will learn the fundamentals of Python including variables, logic, functions, and debugging. Additionally, students will gain experience with basic drone programming and learn how to control their own drones with Python code.
- Students will learn about drones and explore coding in Scratch, a block-based programming language. Through this course, students will develop an understanding of the basics of programming, including sequencing and logic, variables, and conditionals. They will also learn how to use their skills to create games and stories with drones. The course will help students develop confidence in problem-solving, and strengthen their logical, analytical, and creative thinking skills.
W5 (7/10 - 7/14/2023) - G4-6 AM. Champion 3D Design Lab- Create with Lego Bricks & Adobe Illustrator + PM. 3D ModelinG & 3D printing using (with Oculus VR) TinkerCAD/blender
$208.00 - $378.00
AM:
Champion 3D Design Lab- Create with Lego Bricks &Adobe Illustrator
This 3D Design Lab course is an introduction to creative 3D design using LEGO bricks and Adobe Illustrator. Participants will explore the possibilities of these two tools, learning techniques for creating 3D forms through hands-on experimentation with LEGO models as well as digital manipulation of 2D forms within Adobe Illustrator. By the end of the course, participants will have a better understanding of the different ways 3D design can be used to create meaningful objects and visuals.
Students will learn:
1. Create 3D designs and artwork using LEGO bricks, including how to design and build different types of structures.
2. Use Adobe Illustrator to add color and texture to the 3D designs to make them more visually appealing.
3. Combine physical and digital tools to create original works of art.
4. Utilize creative thinking and problem solving skills to design and develop their own works of art.
5. Learn the basics of three-dimensional design principles such as scale, proportion and form.
6. Develop an understanding of basic computer graphics, including the use of shapes, fills, gradients, symbols, and text.
PM:
3D Modeling & 3D printing using (with Oculus VR) TinkerCAD/blender
Oculus VR 3D Modeling & 3D Printing using TinkerCAD/blender is an immersive virtual reality experience allowing users to easily model and print professional-grade 3D objects. Featuring a user-friendly interface, TinkerCAD and Blender provide powerful tools to create custom 3D models, then quickly turn them into 3D prints. With the Oculus, users wear a headset to enter an interactive environment, where they can freely design and manipulate 3D objects. Utilizing intuitive gesture and voice actions, users can bring their ideas to life with added visual effects to showcase their creations. With this innovative design software, users can quickly build and share meaningful objects with ease.
Students should learn:
1. Create 3D designs and artwork using LEGO bricks, including how to design and build different types of structures.
2. Use Adobe Illustrator to add color and texture to the 3D designs to make them more visually appealing.
3. Combine physical and digital tools to create original works of art.
4. Utilize creative thinking and problem solving skills to design and develop their own works of art.
5. Learn the basics of three-dimensional design principles such as scale, proportion and form.
6. Develop an understanding of basic computer graphics, including the use of shapes, fills, gradients, symbols, and text.
W6 (7/17 - 7/21/2023) - G4-6 AM. Timed Room Escape: Who is the Spy + PM. You are Ready? Robot Championship
$198.00 - $358.00
AM:
Timed Room Escape: Who is the Spy
- Timed Room Escape: Who is the Spy is an adventure game where you have to solve puzzles and uncover clues in order to determine the identity of a spy hidden within a mysterious room. You have only 60 minutes to find out the spy’s identity and escape the room. Use your intelligence and agility to find hidden items, decipher perplexing codes and solve intricate puzzles while time ticks away. Can you uncover the truth and get out in time?
- Students should learn how to work together as a team, think creatively, and use logic and problem-solving skills in order to identify the spy and escape the room within a given time. They should learn how to listen to each other’s ideas and opinions, cooperate, and collaborate to come up with a solution. They should also learn how to observe their surroundings, evaluate clues, and brainstorm potential suspects.
PM:
You are Ready? Robot Championship
- Ready, set, go! Put your robotic skills to the test in the Robot Championship! Our Champion roboticist against each other in a thrilling battle of wit and engineering. Take part in a series of challenging tasks designed to show off your robot-building prowess and prove which robotics team is the best. Get ready for a thrilling contest and an unforgettable robotic experience!
- Students should learn how to work together as a team, think creatively, and use logic and problem-solving skills in order to identify the spy and escape the room within a given time. They should learn how to listen to each other’s ideas and opinions, cooperate, and collaborate to come up with a solution. They should also learn how to observe their surroundings, evaluate clues, and brainstorm potential suspects.
W7 (7/24 - 7/28/2023) -G4-6 AM. Invention Science Fair + PM. Roblox Game Design with LUA
$198.00 - $358.00
AM:
Invention Science Fair
- An Invention Science Fair is a camp where students present creative new ideas for inventions. Participants can showcase their projects, compete for awards, and receive feedback from judges. The fair provides a platform for students to learn about problem-solving, research, and the process of developing an invention.
- students should focus on the core subjects of science, technology, engineering and mathematics (STEM). Students should be encouraged to explore innovative ideas and use their understanding of STEM to solve real-world problems. They can also learn important research skills, such as formulating a hypothesis, collecting evidence, analyzing data and drawing conclusions while completing their project. Additionally, they will benefit from team building activities, public speaking training and developing presentation skills, all of which are necessary for presenting their project to judges.
PM:
Roblox Game Design with LUA
- Roblox Game Design with LUA is a course designed to help aspiring game developers create immersive, engaging and interactive 3D games using Roblox Studio and the programming language LUA. Students learn how to design custom games, avatar animations, behaviors and scripts, create gaming environments and assets, utilize game physics, and develop a portfolio of game projects. With the skills gained in this course, students can unlock the potential of their imagination and bring new life to their gaming creations.
- students will help them develop an understanding of the fundamentals of game design, including the basics of coding in LUA, basic game design concepts, and the fundamentals of creating a game on the Roblox platform. They will also learn how to collaborate with other players, use tools and assets to create a game that is engaging and fun, and publish their game to the Roblox platform. Additionally, they will develop confidence in their ability to create a game which can be shared and played by others.
W8 (7/31 - 8/4/2023) - G4-6 AM. Python Chess + PM. Raspberry Pi. Python Madness
$198.00 - $358.00
AM:
Python Chess
- Python Chess is a course designed to help students learn to program with Python through the development of a chess game. Students will learn fundamental concepts such as data types, variables, functions, and loops, and use them to build a complete chess game with a graphical user interface. The course will focus on algorithmic problem solving and making effective use of the Python language. This course is recommended for students with basic programming knowledge.
1. Proper use of chess pieces (King, Queen, Knight, Bishop, Rook, and Pawns)
2. Basic strategies of chess including opening moves, middle game plans, end game planning, and quick checkmate combinations.
3. Understanding of special moves such as castling, en passant, promotion, and stalemate.
4. Introduction to basic notation for recording moves in a chess game.
5. Practice playing with a partner.
6. How to properly set up a chess board.
7. Strategies for winning a game of chess and problem-solving skills.
8. Introduction to famous games and players in chess history.
9. Learning different chess variations such as Crazyhouse, Fischer Random, and Suicide Chess.
PM:
Raspberry Pi. Python Madness
- This course introduces the Raspberry Pi, a single-board computer, and the Python programming language. Students will learn the basics of using the Raspberry Pi for various tasks, such as controlling lights and motors, and programming with the Python language. Participants will be guided through hands-on projects and exercises that will provide a strong foundation for further exploration of the Raspberry Pi and Python.
1. Understanding basic Raspberry Pi & Python concepts (e.g. GPIO pins, LEDs, script writing, variables)
2. Writing basic Python scripts to control LEDs and other electronic components.
3. Creating various projects (e.g. temperature logger, Wi-Fi access point) using the Raspberry Pi and programming in Python.
4. Learning the mechanics and fundamentals of the Raspberry Pi & Python programming language.
5. Exploring and understanding the implications of using a Raspberry Pi to interface with the physical world.
6. Learning and applying modern programming concepts such as classes, functions, objects, modules, libraries, and version control.
7. Testing and troubleshooting Python programs and Raspberry Pi systems.
8. Applying problem-solving and critical thinking skills to complete Raspberry Pi & Python projects.
W9 (8/- 8/11/2023) - G4-6 AM. Space Mission Possible! What it takes to make it to space+Capstone: Little Inventor Project + PM. Let Data Speaks Create Web Applications
$208.00 - $378.00
AM:
Space Mission Possible! What it takes to make it to space+Capstone: Little Inventor Project
- Space Mission Possible! is a VR course designed to introduce participants to the engineering and technology behind space exploration. Through interactive lectures, simulations, and projects, they will explore the world of aerospace engineering and build their own space-ready inventions. In the capstone project, participants will design their own project that they can create with an Oculus Rift headset and PC, culminating in a presentation where they showcase their invention to the class. This course provides an exciting and engaging opportunity to explore the possibilities of what could be achieved in the world of space engineering.
Students will learn:
1. Students will use the Oculus VR program to explore the various aspects of a space mission, from its planning stages to the end result of a successful launch.
2. Students will learn about the different types of rockets and their components that are used in a space mission.
3. Students will understand how fuel, trajectory and velocity are key factors in successful space travel.
4. Students will gain an understanding of the dangers of space travel, and the necessity of safety precautions.
5. Students will create a "Little Inventor Project" for grade 4-6 focused on building a model rocket and launching it.
6. Students will design and build their own model rocket using various materials and successfully launch it in a safe environment.
7. Students will collaborate with one another to troubleshoot any problems that arise during the project.
8. Students will evaluate their rocket launch success and share their experiences with the class.
PM:
Let Data Speaks Create Web Applications
- This course provides an introduction to creating dynamic, data-driven web applications. Through hands-on activities, participants will learn how to access, visualize, and analyze data; build interactive web applications; and share their work online. The focus is on developing sound technical and design principles using JavaScript, HTML, and CSS. By the end of the course, students should have the skills to create web applications that "speak" data to their audience.
- Students should learn how to use data to tell stories and create web applications. They should learn the basics of programming and software engineering, such as HTML, CSS and JavaScript, and how to design user interfaces and create visualizations. They should also learn how to access and analyze data from a variety of sources, and create interactive applications that allow users to explore and analyze data. Additionally, students should learn about the ethical implications of collecting and displaying data, and the need for responsible data handling practices.
G6+
W3 (6/26 - 6/30/2023) AM. 9:00-12:00, Code your Drones & Python Coding
$228.00
$198.00
Code your Drones & Python Coding
- Code Your Drones & Python Coding is a camp for the beginner drone enthusiast or aspiring kid coder. Students will Learn to program drones using the powerful Python programming language and apply the skills you have acquired to complete project-based challenges. Take part in developing solutions while coding virtual simulation and applications as well as physical drones. Unleash your real-world coding potential at Code Your Drone & Python Coding!
1. Basics of Python syntax and coding principles
2. How to write basic commands and functions in Python
3. Programming a drone to fly autonomously with Python code
4. Using Python libraries and functions to interact with sensors and other components on the drone
5. Collecting and analyzing data from the drone with Python code
6. Utilizing communication protocols such as MAVLink with Python
7. Introducing students to Artificial Intelligence and Machine Learning concepts
8. Writing programs with Python to control the drone in flight
9. Troubleshooting and debugging programs written in Python
10. Understanding safety considerations when working with drones
W5 (7/10 - 7/14/2023) AM. 9:00-12:00, Python Chess
$228.00
$198.00
Python Chess
- Python Chess is a course designed to help students learn to program with Python through the development of a chess game. Students will learn fundamental concepts such as data types, variables, functions, and loops, and use them to build a complete chess game with a graphical user interface. The course will focus on algorithmic problem solving and making effective use of the Python language. This course is recommended for students with basic programming knowledge.
- Students in grade 6+can learn how to play a wide variety of chess openings/variations and strategies, basic math skills (like how to calculate point values for pieces and pawns, and how each piece moves), and how to solve puzzles and practice tactics. They can also learn how to use chess engines to analyze and improve their games.
W6 (7/17 - 7/21/2023) AM. 9:00-12:00 VR Unity Game Design C# (with Oculus VR)
$238.00
$208.00
VR Unity Game Design C# (with Oculus VR)
- This comprehensive course covers the essential skills for designing and coding Unity 3D video games for use with Oculus VR. Students will explore game design principles, prototyping techniques, and C# fundamentals. The course includes hands-on exercises and demonstrations to help students create engaging virtual reality games with Unity that can be used on the Oculus Rift headset.
- Students should learn how to create a basic VR game using Unity, the most popular 3D game engine for virtual reality. This includes learning how to create and edit environments, objects, and game interactions using C# programming language. They should also learn how to use Oculus VR hardware and software to ensure that their game is optimized for virtual reality.
W8 (7/31 - 8/4/2023) AM. 9:00-12:00 Raspberry Pi, Python, Java, Linux
$228.00
$198.00
Raspberry Pi, Python, Java, Linux
Raspberry Pi: A hands-on introduction to the world of the Raspberry Pi, a credit card-sized single-board computer and its associated software and hardware. Topics covered include basic components, assembly, GPIO setup, and Python programming.
Python: This course provides an introduction to the Python coding language for those with no prior programming experience. Topics covered include basic syntax, variables, strings, math operations, working with files, and object-oriented programming.
Java: An introduction to the Java programming language. Topics covered include basic syntax, data types, classes, and objects. Also explores using APIs, implementing error handling and debugging, creating user interfaces, and connecting to databases.
Linux: An introduction to Linux operating systems, with a focus on the command-line interface. Topics covered include basic commands and tools, filesystem navigation, file permission management, system administration tasks, networking, and scripting.
Raspberry Pi:
- Basics of the hardware and software components of the Raspberry Pi
- -Learn how to connect the Raspberry Pi to a monitor, keyboard, mouse, and internet connection
- Explore how to write programs using the Python and Scratch programming languages
- Understand basic concepts of digital electronics and GPIO pins
Python:
- Syntax and basic programming concepts
- Data types, including strings, numbers, lists, and dictionaries
- -Control flow, including conditionals and looping-Functions, classes, and object-oriented programming
- Debugging techniques-Libraries and modules
Java:
- Basic syntax and conventions
- Object orientation, polymorphism, encapsulation, and inheritance
- Classes, interfaces, abstract classes, and enumerations
- Collections, data structures, and exception handling
- GUI development using AWT, Swing, JavaFX
Linux:
- Core Linux utilities, including bash shell scripting
- File and directory permissions
- Managing processes
- Networking
- System administration tasks such as package installation and system updates