Hands-on science experiments and activities that bring complex concepts to life. Students engage in practical learning experiences that foster curiosity, scientific thinking, and a deep understanding of natural phenomena.

Interactive mathematics learning through TACtivities. Making abstract concepts tangible through hands-on manipulatives, real-world problem-solving, and collaborative learning experiences.

Empowering educators with inquiry-based pedagogy and hands-on teaching methodologies. Professional development programs that transform teaching practices and enhance classroom engagement.

Collaborative learning spaces where students explore science, technology, engineering, and mathematics through projects, teamwork, and peer mentorship.

Building and programming robots to develop computational thinking, engineering skills, and creative problem-solving abilities in the next generation of innovators.

Introduction to programming and computational thinking, equipping students with essential 21st-century digital skills through block-based and text-based coding.

Exploring the wonders of the universe through stargazing, telescope observations, planetarium visits, and celestial science activities that inspire cosmic curiosity.

Celebrating excellence in science and innovation. Recognizing outstanding student achievements, research contributions, and innovative projects that advance scientific knowledge.

Large-scale exhibitions where students showcase innovative projects, experiments, and research to the wider community. A celebration of creativity, science, and innovation.