Pique their interest in computer science through exposure to the latest and greatest technologies and the mechanism behind them. They learn flight training with drones, understand microcomputers, use python to manipulate Minecraft and try their hand at game design and development or robotics.
Camp dates/times: December 27-28 and January 2-4, 9 am – 4pm
To enroll: info@icodeschool.com or call 469.608.7023
iCode Southlake is proud to bring the iCode curriculum to the cities of Southlake, Keller, Grapevine, and surrounding areas. Our programs teach more than just coding and computer science skills; we equip students with complex problem-solving skills, a design mindset, and a desire to innovate and change the world.
We hope to welcome all of you to this new campus in June 2019. We are committed to raising the next generation of leaders, innovator, dream-chasers, and revolutionaries.
Call us at (817) 527-5270 to enroll or learn more.
My son loves going to icode. The instructors and staff are simply the best. We feel fortunate to have found it.
Luci is loving her iCode experience!! She is learning so much…and the teachers are amazing to work with!!
Independent Thinking Skills | Fine Motor Skills | Coordination | Patterns and Sequencing
Sprint 1 – Basic Computer Skills
Sprint 2 – Computational Thinking
Sprint 3 – Digital Logic
Sprint 4 – Technology Around Us
Sprint 5 – Game Development
Sprint 6 – Basic Engineering
Sprint 7 – Encryption Algorithms
Final – Belt Project
Independent Thinking Skills | Fine Motor Skills | Coordination | Patterns and Sequencing
Sprint 1 – Introduction to Computing
Sprint 2 – Programming with Scratch
Sprint 3 – Programming Constructs in Scratch
Sprint 4 – Fundamentals of Robotics
Sprint 5 – Program Decomposition & Debugging
Final – Belt Project
Independent Thinking Skills | Fine Motor Skills | Coordination | Patterns and Sequencing
Robotics, App Development and HTML Website Design
Age Range: 6-9
Sprint 1 – Intermediate Robotics
Sprint 2 – Beginning HTML
Sprint 3 – Design Thinking
Sprint 4 – Fundamentals of Robotics
Sprint 5 – User Experience in Mobile Development
Final – Belt Project: Mobile Development
Logical analysis | Planning & Design | Teamwork | Presentation skills
Programming, Web Development & Creative Design
Age Range: 9-12
Sprint 1 – Introduction to Programming
Sprint 2 – Web design with HTML5 & CSS
Sprint 3 – Electronics with Raspberry Pi
Sprint 4 – Algorithms
Sprint 5 – Database
Final – Belt Project Web Development
Logical analysis | Planning & Design | Teamwork | Presentation skills
Game Design, Game Development, Digital Images and Animations
Age Range: 9-12
Sprint 1 – Digital Image
Sprint 2 – Game Design
Sprint 3 – 2D Game Development
Sprint 4 – 3D Game Design/Roblox Sandbox, Game Publishing
Sprint 5 – Animations
Final – Belt Project: Game Development
Critical thinking & Analysis | Teamwork | Project Development & Ideation | Entrepreneurship
Object Oriented Programming, Product Design, Databases
Age Range: 10-14
Sprint 1 – Introduction to Hardware & Software
Sprint 2 – Computational Thinking
Sprint 3 – Programming with Alice
Sprint 4 – Programming Constructs with Alice
Sprint 5 – Electronics with Raspberry Pi
Sprint 6 – Robotics with Mindstorms EV3
Final – Belt Project: Robotics
Critical thinking & Analysis | Teamwork | Project Development & Ideation | Entrepreneurship
Python, Robotics with Mindstorms and Digital Music
Age Range: 10-14
Sprint 1 – Digital Music
Sprint 2 – Programming with Python
Sprint 3 – Raspberry Pi with Python
Sprint 4 – Robotics with Mindstorms
Sprint 5 – Introduction to iDEs & OOP
Final – Belt Project: Python & Agile Methodology
Critical thinking & Analysis | Teamwork | Project Development & Ideation | Entrepreneurship
Java, Drones and Agile Methodology
Age Range: 10-14
Sprint 1 – Java with Minecraft
Sprint 2 – Programming with Java
Sprint 3 – Art of Innovation
Sprint 4 – Data Structure with Java
Sprint 5 – Code to Fly UAV’s (Drones)
Sprint 6 – Advanced Data Structures
Final – Belt Project: Java & Agile Methodology
SELECT – Being a mentor at iCode
Create a project; gain hands-on experience with complex concepts.
Individual attention with low student/teacher ratio of 6:1.
Focus on the process, not grades – students brainstorm and solve problems.
It’s not just about drag and drop. They learn how to write real code. And that’s powerful knowledge.
Develop confidence through relationships with new peers and mentors.
From 3D printers to drones students go behind the scenes of the latest in the tech world.
It’s a great way to experience iCode!
iCode Summer campers immerse themselves in a world of coding, virtual reality, robotics, drones, and game design. Campers can experience Harry Potter world with Tech Magic, produce their own YouTube videos, design and create an App, or learn how artificial intelligence impacts the world around us. Our camps are perfect for kids who have great imaginations, enjoy critical thinking and problem solving or simply love technology. There’s a perfect fit for any interest and skill level. Find out more today.
iCode PowerHours are designed to extend the skills learned through the belt program. Test your mastery, as you further develop critical thinking skills, problem-solving abilities, and creativity. Some challenges introduce new tools thereby increasing exposure to the latest in the computer science world.
With the increasing demand for innovations and implementation of technology, we face a global talent shortage. Universities increasingly seek diversification in their students’ abilities. Through iCode’s intensive High School Boot Camps, students will stand out in their achievements. iCode’s rigorous and relevant computer science camps prepare students for higher education and the future workplace.
The holidays are a great time to ramp up STEM skills. Expose kids to the latest and greatest technologies and the mechanism behind them. They learn flight training with drones, understand microcomputers, use python to manipulate Minecraft and try their hand at game design and development or robotics.
iCode partners with school districts to provide a robust after-school program, starting as early as Kindergarten. The immersion programs enable students to gain a strong foundation in computer science while providing invaluable academic enrichment.
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