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Our skill-based courses provide hands-on learning in

coding, AI, robotics, and IoT, helping students develop real-world problem-solving skills. With interactive projects and cutting-edge technology, these courses empower learners to innovate and build smart solutions for the future.

Introduction to Programming

Covers the basic concepts of coding like sequence, loops, variables, arithmetic operators, logical operators, conditional statements, and game development using graphical programming.
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After mastering

<coding basics>

students advance to

<Artificial Intelligence>

Artificial Intelligence for Kids

Covers the basic concepts of AI like computer vision, face detection & recognition, text detection, speech recognition, and machine learning using graphical programming.
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Learn AI with Quarky

Covers the basic concepts of Physical computing and hardware programming. Further, the student learns how to integrate AI with Quarky to make real-life projects like sign detection, waste management, road safety system, and face-based locker.
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students progress to Learn

<AI with Quarky>

students transition to

<Robotics and AI with Quarky L1>

Robotics and AI with Quarky L1

Covers the basic concepts of Robotics like robot movement, wirelessly controlled robot, and line following robot. Further students integrate AI with Robotics to make real-life projects like AI delivery robot, waste collector robots, AI assistance robots, and self-driving car.
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Robotics and AI with Quarky L2

Covers the advanced concepts of Robotics and Autonomous Robots. Students will make different configurations of robots and build real-life applications based on them like obstacle avoidance robot, edge detector, steering robot, advanced self-driving robot, and IoT enabled autonomous pick and place robot.
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students progress to

<Robotics and AI with Quarky L2>

Students later transition to

<Introduction to Python>

Introduction to Python

Covers the basic concepts of Python coding like sequence, loops, variables, arithmetic operators, logical operators, conditional statements, and game development.
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Artificial Intelligence with Python

Covers the concepts of AI like computer vision, face detection & recognition, text detection, speech recognition, and machine learning using Python.
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Then, they progress to

<Artificial Intelligence with Python>

Followed by

<Learn AI with Quarky & Python>

Learn AI with Quarky & Python

Covers the basic concepts of Physical computing and hardware programming. Further, the student learns how to integrate AI with Quarky to make real-life projects like sign detection, waste management, road safety system, and face-based locker.
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Robotics & AI with Quarky & Python L1

Covers the basic concepts of Robotics like robot movement, wirelessly controlled robot, and line following robot. Further students integrate AI with Robotics to make real-life projects like AI delivery robot, waste collector robot, AI assistance robot, and self-driving car.
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Next, it’s time for

<Robotics & AI with Quarky & Python L1>

students progress to

<Robotics and AI with Quarky and Python L2>

Robotics & AI with Quarky & Python L2

Covers the advanced concepts of Robotics and Autonomous Robots. Students will make different configurations of robots and build real-life applications based on them like obstacle avoidance robot, edge detector, steering robot, advanced self-driving robot, and IoT enabled autonomous pick and place robot.
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Robotic Arm

Covers the basics of the Robotic Arm system and creates real-world examples.
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students are later ready for

<Robotic Arm>, where they create real-world applications.

Students finally move on to the

<Internet of Things course>

Internet of Things

Covers the basic concepts of IoT and creates real-world examples.
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