Class 1: Exploring Computational Adventures

Course Objectives: ● Foster curiosity and enthusiasm for computational thinking and problem-solving. ● Introduce basic computational concepts through engaging activities and storytelling. ● ... Show more
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The Kavach
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How-artificial-intelligence-AI-is-transforming-the-way-we-live-and-work

Course Objectives:
● Foster curiosity and enthusiasm for computational thinking and problem-solving.
● Introduce basic computational concepts through engaging activities and storytelling.
● Develop foundational skills in algorithms, sequencing, pattern recognition, and basic logic.
● Nurture creativity and exploration in a digital learning environment.
Number of Chapters: 10 (same as your initial request)
Number of Lessons per Chapter: Varied (to allow flexibility and customization)

Structure and Methodology:
● Theme-based chapters: Each chapter will revolve around a fun and relatable theme (e.g., animal habitats, building robots, space exploration), integrating computational concepts seamlessly.
● Storytelling and play: Stories will be woven into lessons to engage young learners and make concepts more relatable. Playful activities will encourage exploration and experimentation.
● Concrete and visual representations: Abstractions will be minimized, and concepts will be presented through tangible props, manipulatives, and age-appropriate visualizations.
● Collaboration and exploration: Students will have opportunities to work together and explore concepts in their own ways, fostering social interaction and peer learning.
● Assessment: Formative assessments will be conducted through observation, participation, and informal games to gauge understanding and adjust instruction accordingly.

Sample Chapter Topics:
1. What is computational thinking? (Introduction)
2. Meet the Code Wizards! (Algorithms and sequencing)
3. Animal Adventures: Following the Clues! (Pattern recognition and sorting)
4. Building Robot Friends! (Sequencing and basic logic)
5. Treasure Hunt in the Digital Jungle! (Problem-solving and decision-making)
6. Cooking Up Fun with Algorithms! (Sequencing and computational thinking in daily life)
7. Let’s Design Rockets to the Moon! (Spatial reasoning and computational creativity)
8. Sharing Our Digital Stories! (Communication and data representation)
9. Time Travel with Computational Friends! (Review and exploration of learned concepts)
10.Celebrating Our Computational Journey! (Reflection and showcase of learning)

Lessons within each chapter will be developed based on the chosen theme and learning objectives, incorporating activities such as:
● Unplugged coding activities (e.g., sorting games, directional commands)
● Storytelling-based coding games using age-appropriate platforms
● Building with manipulatives and exploring logic
● Digital art and game creation with visual programming tools
● Fun and interactive quizzes and challenges

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Working hours

Monday 9:30 am - 6.00 pm
Tuesday 9:30 am - 6.00 pm
Wednesday 9:30 am - 6.00 pm
Thursday 9:30 am - 6.00 pm
Friday 9:30 am - 5.00 pm
Saturday Closed
Sunday Closed
Class 1: Exploring Computational Adventures