Our Cutting-Edge Technologies

Hands-on learning with industry-standard tools and platforms

LEGO Robotics

LEGO-Based Robotics

Build and program robots using these versatile kits, fostering teamwork and creativity.

Creativity 85%
Microcontrollers

Microcontrollers

Students learn to design simple systems and control them using microcontrollers, bridging the gap between hardware and software.

Logic 75%
AI Programming

AI Programming

Students begin with block coding to learn basic programming and transition into Python for more complex projects, including robotics control and AI tasks.

Innovation 90%
3D Printing

3D Printing

Students design and print their own robot parts, integrating design thinking into their projects.

Design 80%
Drone Technology

Drone Technology

Students learn how to program drones, exploring flight and automation.

Precision 70%
Humanoid Robots

Humanoid Robots

Students get hands-on experience with humanoid robots, learning to program their actions, speech, and behavior in interactive environments.

Complexity 95%

Interactive Learning Experience

See what our students create in our AI & Robotics program

Hands-on Robotics

Our students engage in exciting robotics projects that combine creativity with technical skills. From simple automated machines to complex robotic arms, they learn mechanical design, electronics, and programming.

Robotics Projects

Artificial Intelligence

Students explore the fascinating world of AI through practical projects that solve real-world problems. They learn machine learning concepts and implement them in creative ways.

AI Applications

Student Innovations

Our students combine robotics and AI to create innovative solutions for everyday challenges. These projects showcase their creativity and technical skills.

Student Innovations

Skills Our Students Develop

Beyond technology - building essential 21st century skills

Creative Thinking

Designing innovative solutions to complex problems through robotics projects.

Collaboration

Working in teams to design, build and program complex robotic systems.

Computational Thinking

Breaking down problems into logical steps for algorithmic solutions.

Systems Thinking

Understanding how components interact in complex technological systems.

Admission Inquiry