Project-based Scratch programming courses, designed to inspire creativity and foundational coding skills in kids aged 8-12. From beginners to advanced projects, students learn through engaging, interactive activities.
Key Features:
Beginner-friendly visual coding projects.
Advanced project-based learning.
Fosters creativity, logical thinking, and computational skills.
Learning Formats:
Online Courses: Videos, live sessions
A globally recognized robotics curriculum aligned with international education standards:
Next Generation Science Standards (NGSS)
Computer Science Teachers Association (CSTA)
International Society for Technology in Education (ISTE)
Key Features:
Hands-on robotics, coding, and engineering projects.
Real-world problem-solving teaching science and technology concepts.
Preparation and participation in global robotics competitions.
Learning Formats:
In-Person Robotics Sessions: Hands-on robotics classes using VEX kits.
VEX VR Online Courses: Interactive virtual coding and robotics experiences.
In-person courses teaching electronics fundamentals, embedded programming, and coding using Arduino. Students gain practical engineering skills and explore the creation of connected devices (Internet of Things – IoT).
Key Features:
Hands-on electronics and embedded systems learning.
Understanding core engineering and mechatronics concepts.
Real-world IoT device creation and programming.
Learning Formats:
In-Person Sessions: Hands-on activities classes using Arduino kits.
Kids create interactive 3D games, virtual worlds, or visual stories using Unity. Students learn about character controllers, colliders, rigid bodies, materials, and game mechanics.
Key Features:
Real-world game creation projects.
Interactive and visual learning experiences.
Practical programming with Unity engine.
Learning Formats:
Online Courses: Videos, live sessions
Using Kodu, students design game worlds and program behaviors through visual programming. Courses also incorporate applied Algebra, Geometry, Data Collection, BBC micro:bit integration, and game design principles.
Key Features:
Visual programming and creative storytelling.
Integrated mathematics and computer science concepts.
Engaging hands-on game design activities.
Learning Formats:
Online Courses: Videos, live sessions
In-depth, practical courses focusing on front-end and back-end programming skills, including HTML, CSS, JavaScript, and Python. Ideal for students preparing for careers or further studies in technology.
Key Features:
Practical programming skills development.
Industry-relevant tech curriculum.
Career-focused learning pathways.
Learning Formats:
Online Courses: Videos, live sessions