Our Programs
A comprehensive, project-based STEM curriculum designed to nurture logical, analytical, and spatial capabilities.
Scratch Coding
Scratch is a visual programming language that makes it easy for kids to create their own interactive stories, games, and animations. By building projects, students develop computing and logical thinking skills while expressing their creativity in a fun, collaborative environment.
Outcomes & Highlights
- Visual block coding interface
- Core programming logic foundations
- Interactive game & story design
- Collaborative sharing & review
Hands on Electronics
Hands-on electronics introduces students to basic circuits and components. Through interactive building blocks and breadboard wiring, they learn how electrical components work and how to design their own circuits. Fosters analytical thinking and electrical safety.
Outcomes & Highlights
- Breadboard layout & component wiring
- Resistors, LEDs, transistors & capacitors
- Understanding voltage, current & resistance
- Basic trouble-shooting & circuit design
MIT App Inventor
Learning MIT App Inventor offers numerous advantages for inspiring mobile app developers. Its visual block interface and drag-and-drop system make it easy for beginners, providing a powerful platform for mobile app development. Students build fully functional Android applications.
Outcomes & Highlights
- UI/UX design principles for mobile
- Logical block programming structure
- Interfacing with mobile sensors & GPS
- Building and installing Android apps (.apk)
Arduino Programming
Hands-on Arduino programming offers numerous advantages, particularly in the realm of electronics and physical computing. Perfect for introducing coding and physical computing concepts. Arduino is an open-source electronics platform based on easy-to-use hardware and software.
Outcomes & Highlights
- Writing C/C++ style microcontroller code
- Reading digital & analog sensor data
- Controlling motors, buzzers & displays
- Building autonomous robotics systems
3D Designing & Modeling
3D designing and modeling offers a massive advantage for students interested in engineering and architecture. By creating three-dimensional models, students develop spatial awareness and design skills. They learn CAD software, transforming ideas into virtual prototypes.
Outcomes & Highlights
- Developing 3D spatial reasoning skills
- Using computer-aided design (CAD) tools
- Translating 2D sketches into 3D objects
- Preparing models for 3D printing & manufacturing
