Excel @ School introduces students to the fundamentals of Microsoft Excel, helping them develop essential digital and analytical skills. Through hands-on lessons, students learn to use formulas, functions, and charts to manage and analyze data effectively — preparing them for real-world applications in studies and future careers.

Graphic Design+ @ School introduces students to the exciting world of visual creativity and digital communication. Through this outreach program, students will learn how to design using modern tools like Canva, develop creative thinking, and improve presentation and communication skills — preparing them for the digital era.

3D Design @ School is an engaging educational program that introduces secondary school students to the world of 3D design and printing. Through hands-on lessons, students learn to create, visualize, and produce real 3D products — developing creativity, problem-solving, and digital design skills along the way.

Known for its focus on deep thinking, clear logic, and step-by-step problem-solving, our Japanese Math class helps students strengthen their foundations and develop sharp reasoning skills. With structured lessons, visual strategies, and engaging challenges, this class is perfect for students who want to master math with confidence and clarity.

Join our MathBoost Class, a fun and engaging app-based learning experience designed specially for young learners aged 5 to 8 years old. Using interactive games and activities, MathBoost turns math into an exciting adventure, helping students build strong math skills with confidence and ease.

Looking for a fun and effective way to build your child’s math skills? Give your child a strong head start in math with the Seriously Addictive Mathematics (S.A.M) program.

Looking to give your child an edge in math? TeamMathics is here to help! Our program is built on the proven methods of Singapore Math and Math Olympiad, known for making students strong and confident problem solvers.

The Mental Arithmetic class focuses on the practice of arithmetic calculation using an imaginary abacus. Combining the principles of abacus calculation and the powers of visualization, all arithmetic calculations can be performed mentally with speed and accuracy comparable to modern devices such as calculators.