The program is a hands-on, project-based learning experience where students explore the fundamentals of Artificial Intelligence, Computer Vision and Robotics by building an autonomous vision-enabled robot. This program introduces learners to real-world intelligent systems and emerging technologies shaping the future.

Designed for middle and senior school learners, the program immerses students in the complete journey of system development → robot assembly → programming → vision integration → autonomous navigation. Learners work with real hardware and software tools, gaining practical exposure to how intelligent machines are designed and built.

The program begins with a strong foundation in Artificial Intelligence and robotics, where students explore real-world applications such as self-driving cars, automation and smart systems. They are introduced to robot components and assembly, understanding how mechanical and electronic systems function together.

"The Infinite Canopy" is a hands-on makerspace workshop that explores the hidden mathematical patterns shaping both nature and human-designed systems. Through interactive activities, learners investigate concepts such as calendar rhythms, magic squares, tessellations, the Fibonacci sequence and fractals.

The program blends mathematics, design thinking and creative fabrication. Learners move from discovery to application first uncovering patterns in everyday objects, then engineering their own mechanical puzzle ("Secret Sum") and finally constructing a 3D fractal tree to contribute to a collaborative pop-up ecosystem. The workshop emphasizes experiential learning, encouraging curiosity, experimentation and real-world connections.

The Secret Agency of Cryptography is an immersive, hands-on makerspace workshop that blends mathematics, logic and creative problem-solving through storytelling and game-based learning.

Over the course of 5 hours, students step into the role of "agents" to explore foundational concepts in algorithms, recursion and encryption. They begin by constructing and solving the classic Tower of Hanoi, uncovering mathematical patterns and recursive logic. They then transition into the world of cryptography by decoding and creating encrypted messages using the Caesar Cipher, culminating in the fabrication of their own mechanical cipher disks.

The experience peaks with a collaborative Escape Room challenge, where students design and solve encrypted treasure hunts, applying their understanding of logic and coding in a dynamic, team-based environment. The workshop connects physical making with abstract computational thinking, demonstrating how ancient techniques underpin modern cybersecurity systems.

Inviting your child to join us on an extraordinary musical journey where they will embark on an enchanting journey of music and craftsmanship, creating a diverse array of musical instruments. This hands-on experience not only nurtures their artistic and musical skills but also deepens their understanding of the science behind music. By experimenting with different materials and techniques, students will learn the art of producing harmonious melodies and rhythms, blending the realms of art, science, and music education. This program is a perfect platform for young minds to flourish as both instrument makers and budding musicians, fostering creativity, innovation and a love for music.

Inviting your little one on a magical musical adventure! In this hands-on program, our young students will become tiny instrument makers, using safe, fun materials to craft their very own music-makers. As they shake, tap and drum, they would not just be having fun—they will be building fine motor skills, exploring how sounds are made and expressing their creativity. It is a wonderful way for young minds to discover the joy of rhythm and melody while fostering a lifelong love for music.

The program is a hands-on, project-based learning experience where students explore the fundamentals of woodcraft, design and structural engineering by building functional furniture pieces. This program introduces learners to the World Skills competition held each year at a Global level.

Designed for middle and senior school learners, the program immerses students in the complete journey of design → material selection -> joinery -> fabrication -> finishing. Learners work with real tools and materials, gaining practical exposure to workshop practices while developing a deep understanding of how everyday objects are designed and constructed.

The program begins with a strong foundation in workshop safety, tool handling and measurement skills, where students learn to use woodworking tools responsibly and accurately. They are introduced to basic sketching and technical drawing, enabling them to translate ideas into structured designs with dimensions. This is followed by cutting list preparation and material planning, helping students understand how designs are converted into actionable build steps.

Toy Makers Studio is an immersive, hands-on program that channels children's natural instinct for imaginative play into real-world creation. By transforming the urge to "make-believe" into the ability to "make-real", the program engages young learners in designing and engineering their own original toys within a dynamic studio environment. Through guided experimentation across diverse mediums ranging from textile crafting to mechanical and kinetic systems participants move from initial sketches to fully functional prototypes, including soft companions, tabletop arcade games and water-based play objects. This process-driven approach equips students with practical making skills, creative problem-solving abilities and a strong foundation in design thinking, fostering innovation and confidence that extend well beyond the studio.

Toy Makers Studio is an immersive, hands-on program that channels children's natural instinct for imaginative play into real-world creation. By transforming the urge to "make-believe" into the ability to "make-real", the program engages young learners in designing and engineering their own original toys within a dynamic studio environment. Through guided experimentation across diverse mediums ranging from textile crafting to mechanical and kinetic systems participants move from initial sketches to fully functional prototypes, including soft companions, tabletop arcade games and water-based play objects. This process-driven approach equips students with practical making skills, creative problem-solving abilities and a strong foundation in design thinking, fostering innovation and confidence that extend well beyond the studio.

The program is an intensive, hands-on experiential learning journey that introduces students to the core principles of automobile engineering through the process of building a fully functional go-kart. Designed as a six-day immersive experience, the program places students in the role of young engineers, where they actively engage in understanding, assembling, and testing a real mechanical system.

Students explore the complete architecture of a vehicle by working across key subsystems including chassis design, engine integration, steering mechanisms, powertrain systems, braking and ergonomics. Each stage of the build is carefully scaffolded to help learners understand not just what to build, but why each component and system is critical to the overall performance and safety of the vehicle.

The program lays strong emphasis on workshop safety, tool handling, and engineering discipline, ensuring that students develop responsible practices while working in a lab environment. As the program progresses, students engage in measurement, fabrication, assembly, alignment, and system integration, gaining exposure to real-world engineering workflows and processes.

This program is a hands-on, immersive learning experience that introduces students to the fundamentals of electric vehicle (EV) engineering through real-world application. Over the course of five days, participants assemble a fully functional electric mini bike from a DIY kit, gaining first-hand exposure to mechanical, electrical and design systems.

Blending theory with practical construction, the program enables students to explore how vehicles are designed, built and tested. Learners work with real tools, components and engineering processes, developing not only technical knowledge but also problem-solving, collaboration and critical thinking skills.