Q1: What will be taught?
1. The basics of block coding
2. Fundamental programming concepts such as sequences, loops, and conditionals
3. Problem-solving and logical thinking skills
4. Creating simple animations and games

Q2:What topics will you cover?
1. Introduction to block coding platforms (e.g., Code.org)
2. Understanding and creating sequences
3. Using loops to repeat actions
4. Implementing conditionals for decision-making
5. Basic event handling
6. Creating interactive stories and simple games
7. Debugging and testing programs

Q3:How is your class structured?
1. Introduction: Brief overview of the day's lesson and objectives.
2. Instruction: Explanation of new concepts and demonstration of coding techniques.
3. Guided Practice: Students follow along with the instructor to complete coding exercises.
4. Independent Practice: Students work on individual or group projects to apply what they've learned.
5. Review: Recap of the lesson, discussion of key takeaways, and Q&A session.
6. Fun Challenges: Engaging coding challenges and games to reinforce learning.

Q4: How will you teach?
1. Using a mix of live demonstrations, interactive coding sessions, and hands-on projects
2. Step-by-step guidance through coding exercises and projects
3. Encouraging collaboration through group activities and peer reviews
4. Providing feedback and support during and after class

Q5: What's your teaching style?
1. Interactive and Engaging: Using games, stories, and interactive exercises to keep learners engaged.
2. Supportive and Encouraging: Creating a positive learning environment where students feel comfortable asking questions and making mistakes.
3. Hands-On: Emphasizing practical, hands-on learning through projects and coding challenges.
4. Student-Centered: Tailoring lessons to meet the needs and interests of the students.

Q6: How much will learners get to interact with you?
1. Lectures: Short, interactive lectures with opportunities for Q&A.
2. Games: Coding games and challenges that promote active participation.
3. Slides: Visual aids to support learning, with opportunities for students to ask questions and discuss.
4. Video Clips: Engaging video clips to illustrate concepts and provide real-world context.
5. Discussion: Regular discussions to encourage students to share ideas and collaborate.
6. Project Work: Guidance and support during individual and group projects, with regular check-ins and feedback.

Overall, the Kids Block Coding Foundation Course aims to make learning to code a fun, interactive, and supportive experience for young learners.