AI & Robotics course introduces learners to the core thinking skills behind computers, robots, and artificial intelligence through engaging, play-based, and hands-on activities. Students discover how computers and robots follow instructions, identify patterns, organize information, navigate paths, make decisions using if-then logic, sequence events, and solve problems using clues and rules. As they build their skills, students take on creative robot-design challenges that encourage problem-solving, collaboration, testing, and clear communication of their ideas. The course culminates in a Robot Village Capstone Project, where students work together to plan, build, test, improve, and showcase a village featuring three robot helpers.
Module 1 |Class1-8| — Robot Thinking Foundations
Instructions → Patterns → Sorting → Navigation

Students develop foundational computational thinking through instructions, patterns, sorting, and navigation activities.

Module 2 |Class9-16| — Logic, Decisions & Sequencing
If-Then Logic → Sequencing → Symmetry → Number Patterns

Students learn to recognize rules, make logical decisions, organize information, and identify patterns through if-then games, story sequencing, symmetry, and number challenges.

Module 3 |Class17-24| — Problem-Solving & Robot Design
Clues → Problem Solving → Robot Design → Testing

Students learn to break problems into smaller clues and apply their problem-solving skills to designing, building, testing, and presenting their own robot helpers.

Module 4 |Class25-32| — Team Logic & Collaboration
Rules → Teamwork → Strategy → Reflection

Students transition from individual challenges to collaborative problem-solving, learning how to apply multiple rules, share ideas, resolve disagreements, explain strategies, and improve team solutions.

Module 5 |Class33-40 |— Robot Village Planning & Building
Planning → Robot Jobs → Design → Building → Testing

Students begin their major capstone by planning a Robot Village, defining robot jobs, sketching designs, building prototypes, testing their creations, and improving them through teamwork.

Module 6 |Class41-48| — Robot Village Logic & Showcase
Sequencing → Sorting Logic → Debugging → Presentation → Capstone

Students bring together everything they have learned by adding logic to their robots, debugging and improving their designs, preparing their presentations, and showcasing their completed Robot Village.