Curriculum at a glance
Level
Intermediate
Requirements
Basic knowledge of coding and robotics
Age Group
Ages 10-12
Duration
12 Weeks / One class per week
60
minutes per session
Course day
Flexible scheduling, including
afternoons and weekends. Contact us for availability.
Type of Course
Interactive Online Sessions
Certification
Certificate of completion provided at the end of the course.
About the Course
This course provides a deeper dive into tech skills with more complex projects and problem-solving activities. It aims to enhance students' understanding of advanced coding, virtual robotics programming, and fundamental AI concepts.
Topics to be Explored
Advanced Coding: Introduction to more advanced coding concepts using Scratch and Blockly. Students will learn about variables, functions, and more complex algorithms through engaging projects.
Virtual Robotics Programming: Exploration of robotics programming using virtual platforms such as VEXcode VR and CoderZ. Students will program virtual robots to perform tasks, solve problems, and participate in robotics challenges.
AI Fundamentals: Introduction to artificial intelligence concepts, including machine learning, neural networks, and real-world AI applications. Students will engage in hands-on activities using tools like Google's Teachable Machine to create simple AI models.
Problem-Solving: Development of advanced problem-solving skills. Students will tackle more complex tech challenges, learning to break down problems and develop effective solutions using coding and robotics tools.
Interactive Projects: Engagement in challenging projects that reinforce advanced learning objectives. Projects may include creating interactive games, advanced simulations, or AI-driven applications.
Creative Thinking: Encouragement of creativity and innovation through advanced tech projects. Students will design and implement their own tech solutions, fostering creativity and critical thinking.
Teamwork: Promotion of collaboration and teamwork skills through group activities and projects. Students will work together on complex tech challenges, share ideas, and learn from each other's perspectives.
Key Features
Expert Instructors: Learn from qualified professionals with extensive experience in AI, coding, and robotics education for children.
Interactive Learning: Engage in hands-on projects and activities designed to deepen understanding and reinforce learning.
Real-World Applications: Explore how tech skills and AI concepts are applied in various industries and domains.
Small Class Sizes: Benefit from personalized attention and a supportive learning environment with small class sizes.
Session Plan
Sessions 1-4: Advanced Coding (4 sessions)
Introduction to advanced coding concepts using Scratch and Blockly
Learning about variables, functions, and algorithms
Engaging in interactive projects to apply new skills
Creating complex animations, games, and simulations
Sessions 5-8: Virtual Robotics & Programming (4 sessions)
Introduction to VEXcode VR and CoderZ platforms and robotics fundamentals
Programming virtual robots to complete tasks and solve problems
Exploring sensors, motors, and robotics logic
Participating in robotics challenges
Sessions 9-12: AI Fundementals (4 sessions)
Overview of artificial intelligence and its real-world applications
Understanding machine learning and neural networks
Creating simple AI models using Google's Teachable Machine
Engaging in hands-on activities to deepen understanding of AI principles