This course is designed to introduce young students to the exciting world of Artificial Intelligence, unlocking their potential to create, design, and experiment with AI tools in fun and imaginative ways. Over 22 immersive hours will help students embark on a journey to understand how AI works and its role in everyday life, starting from basic AI concepts to hands-on projects like chatbots and AI-driven games.

Students will use platforms based on block-based coding, Teachable Machines, and No Code Generative AI tools like Hugging Chat to develop simple AI models and creative projects. Through block-based coding and Teachable Machines, they will train AI models to recognize objects, generate music, and even control games using physical sensors.

Children immerse themselves in diverse explorations of plant life and environmental stewardship. Through hands-on activities, they learn about plant growth, create plant markers, and observe seed germination. The curriculum extends to appreciating the beauty of nature, understanding Earth care, identifying plant growth limitations, and crafting seed bombs. Concepts like plant anatomy, growth conditions, and the water cycle are explored through activities such as making mini plant pots and terrariums. Sustainability takes center stage with lessons on worm composting, introducing students to alternative growth methods. The program also covers medicinal plants, herb usage, and micro herb cultivation in innovative mediums. Little Gardeners not only gain practical skills but also cultivate a deeper connection to nature and environmental responsibility.

This inquisitive program introduces children to a world of exciting scientific concepts through hands-on exploration and dynamic projects. Students will dive into magnetism, understanding how magnetic fields work and how force and motion are connected. They will explore the fascinating chemistry of acids and bases, learning about the science behind soap-making and observing the reactions that form everyday products. Through optics, they'll learn about lenses and light dispersion, discovering how we see the world differently with tools that magnify and separate colors. They'll also observe minute details using their own DIY Foldscope microscope, deepening their understanding of the microscopic world. The program concludes with a meaningful design challenge, where students will apply what they've learned to create innovative solutions, combining their knowledge in a fun, creative way.

This inquisitive program introduces children to a world of exciting scientific concepts through hands-on exploration and dynamic projects. Students will dive into magnetism, understanding how magnetic fields work and how force and motion are connected. They will explore the fascinating chemistry of acids and bases, learning about the science behind soap-making and observing the reactions that form everyday products. Through optics, they'll learn about lenses and light dispersion, discovering how we see the world differently with tools that magnify and separate colors. They'll also observe minute details using their own DIY Foldscope microscope, deepening their understanding of the microscopic world. The program concludes with a meaningful design challenge, where students will apply what they've learned to create innovative solutions, combining their knowledge in a fun, creative way.

This program is an 18 hours course, designed to immerse students in the complexities of space science and engineering. Students will explore advanced concepts such as solar trackers drawing inspiration from NASA's mission, the Parker Solar Probe. They will explore the basics of aerodynamics, propulsion, designing parts of rockets and fuel efficiency in space travel, while tackling real-world engineering challenges, such as designing self-deploying spacecraft. Using a 3D designing tool, students will also engage in creating a model rocket enhancing their design and engineering skills in a hands-on way. Students will also examine the unique challenges of living in space, such as how astronauts eat and survive in microgravity, and will be encouraged to develop creative solutions for sustainable food production in space, experimenting with hydroponic and aeroponic plant-growing systems.They’ll explore innovative structures like tensegrity for building rovers. In addition, the course will cover crucial issues like space pollution and the long-term effects of debris on future missions. Through hands-on projects and interactive experiments, students will prototype models, cultivate scientific curiosity, thinking creatively and critically to understand and tackle the challenges of future space exploration.

This program is an 18.5 hours course, designed to immerse students in the complexities of space science and engineering. Students will explore advanced concepts such as solar trackers drawing inspiration from NASA's mission, the Parker Solar Probe. They will explore the basics of aerodynamics, propulsion, designing parts of rockets and fuel efficiency in space travel, while tackling real-world engineering challenges, such as designing self-deploying spacecraft. Using a 3D designing tool, students will also engage in creating a model rocket enhancing their design and engineering skills in a hands-on way. Students will also examine the unique challenges of living in space, such as how astronauts eat and survive in microgravity, and will be encouraged to develop creative solutions for sustainable food production in space, experimenting with hydroponic and aeroponic plant-growing systems.They'll explore innovative structures like tensegrity for building rovers. In addition, the course will cover crucial issues like space pollution and the long-term effects of debris on future missions. Through hands-on projects and interactive experiments, students will prototype models, cultivate scientific curiosity, thinking creatively and critically to understand and tackle the challenges of future space exploration.

This program is designed to immerse students in the complexities of space science and engineering. Students will explore advanced concepts such as solar trackers drawing inspiration from NASA's mission, the Parker Solar Probe. They will explore the basics of aerodynamics, propulsion, designing parts of rockets and fuel efficiency in space travel, while tackling real-world engineering challenges, such as designing self-deploying spacecraft. Using a 3D designing tool, students will also engage in creating a model rocket enhancing their design and engineering skills in a hands-on way. Students will also examine the unique challenges of living in space, such as how astronauts eat and survive in microgravity, and will be encouraged to develop creative solutions for sustainable food production in space, experimenting with hydroponic and aeroponic plant-growing systems. They'll explore innovative structures like tensegrity for building rovers. In addition, the course will cover crucial issues like space pollution and the long-term effects of debris on future missions. Through hands-on projects and interactive experiments, students will prototype models, cultivate scientific curiosity, thinking creatively and critically to understand and tackle the challenges of future space exploration.