Why Engineering Courses?

Engineers have been traditionally problem solvers. Engineering concepts are beneficial for children in many ways. Mainly, Engineering provides practical application of Science, Technology and Mathematics. Moreover, it helps children develop important skills like Critical Thinking, Creativity, Problem Solving, and many more. These skills are not just vital for STEM industries but for any field they choose.

This led us to create specifically curated Engineering and Robotics related courses for children aged 6-17 through which we bring Science, Maths, and Technology together.

Mechanical Engineering

Introducing children to the exciting world of Machines & Technology by teaching Mechanical Engineering through hands-on projects, interactive activities and encourage in depth understanding.

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Mechatronics

This interdisciplinary field combines Mechanical, Electrical, and Computer Engineering,  developing a passion for Technology and Innovation at a young age and exposing children to an array of potential careers.

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Game and Animation Design

Designing & Developing games help children develop  a strong foundation in Digital Media, Computer Programming, & Project Management skills, which are valuable in today's tech-focused world.

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Electronics Engineering

Let children understand how Electrical Systems work and gain hands-on experience through projects based on Mainstream Electronics and Renewable Energy. This helps to lay the foundation for future careers.

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Advanced Electronics Engineering

Learning complex Electrical Systems & Advanced Technologies provide children a deeper understanding of how electronics play a role in modern society and be inspired to pursue careers in related fields.

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Mechatronics Engineering

Introducing children to this interdisciplinary field that combines mechanical, electrical, and computer engineering, fosters creativity, critical thinking, and problem-solving skills. They are exposed to a wide range of potential careers and can develop a passion for technology and innovation at a young age.

The rapidly evolving world of technology is increasingly integrating mechanical machines, electronics, and coding to create complex and autonomous devices. To stay ahead of the curve, the next generation needs to have a comprehensive understanding of how these elements can be combined effectively.

This course focuses on combining mechanical concepts with hardware and software to create a functional prototype of machines that can solve real-world problems and solutions. From understanding how a traffic light operates to exploring the technology that helps save water by designing a Smart Farm, this course equips students with the knowledge and skills to tackle a wide range of technical challenges.

As students are naturally curious, this course is designed to answer their questions and provide them with the tools they need to find answers on their own. Whether they want to know how a vehicle can be steered, or how a machine can detect objects, this course is designed to provide the answers they seek.

Suitability

Grade 4 - Grade 9
some topics can be taught to Grade 10 - Grade 11

Approximately 150Hrs.

Suggested pace by our lead trainer experts

90+ Projects

Carefully Curated by our Engineers and Teachers

Mechanical Engineering

Teaching mechanical engineering courses for kids is an excellent way to introduce them to the exciting world of engineering and technology. Through hands-on projects and interactive activities, students can develop problem-solving skills, critical thinking, and a deep understanding of how machines work.

In traditional education, there is a tendency to concentrate primarily on the theoretical aspects of mathematics and science, with little emphasis on practical application. However, it is important to recognize that machines are a ubiquitous part of our world and play a significant role in shaping society. 

By applying what students learn in school to the creation of mechanical machines and understanding their workings, they acquire valuable skills and a deeper appreciation for the concepts.

Through our course, we offer a hands-on and practical application of Science and Mathematics that helps them strengthen the foundation. This exposure and preparation equip them with a unique advantage as they embark on their future endeavours.

Suitability

Grade 1 - Grade 96
some topics can be taught to Grade 7 - Grade 8

Approximately 90Hrs.

Suggested pace by our lead trainer experts

60+ Projects

Carefully Curated by our Engineers and Teachers

Game and Animation Design

We teach kids how to design and develop games, helping them develop  a strong foundation in digital media, computer programming, and project management skills, which are valuable in today’s tech-focused world.

Video games have a wealth of applications in coding and are widely enjoyed by people of all ages. This course leverages this popular form of entertainment to introduce students to coding and animation and help them develop technical knowledge in a fun and engaging way.

By using games as a teaching tool, the course makes education enjoyable and encourages students to retain more of what they learn. The course aims to integrate Mathematics, Science, English, and IT into the coding process, making it a well-rounded educational experience. 

Suitability

Grade 3 - Grade 9

Approximately 120Hrs.

Suggested pace by our lead trainer experts

90+ Projects

Carefully Curated by our Engineers and Teachers

Electronics Engineering

Let your children develop an understanding of how electrical systems work and gain hands-on experience with building circuits, programming microcontrollers, and using sensors and actuators. This can help lay the foundation for future careers in electronics, robotics, and computer engineering.

Electronics form the backbone of the modern devices that we use every day, from the most basic light bulb to the sophisticated radio and smartphone. All of these rely on the fundamental principles of electronics, including the creation and flow of electricity through circuits, to function effectively.

Our course offers a comprehensive introduction to the fundamentals of electronics, covering everything from the creation of circuits to the practical application of electrical principles in modern technology. With a focus on hands-on learning and practical applications, students will gain a deep understanding of electronics without the need for coding or software.

Suitability

Grade 2 - Grade 8

Approximately 80Hrs.

Suggested pace by our lead trainer experts

80+ Projects

Carefully Curated by our Engineers and Teachers

Advanced Electronic Engineering

By learning about complex electrical systems and advanced technologies, children can gain a deeper understanding of how electronics play a role in modern society and be inspired to pursue careers in related fields, such as robotics, automation, and computer engineering.

The integration of software and hardware can be a challenging process, often leaving individuals unsure of where to begin. Our Advanced Electronics course takes a comprehensive approach, combining the fundamentals of circuits with coding to achieve more complex functions from electronics.

This comprehensive course offers a deep dive into the inner workings of technology, giving learners a thorough understanding of not only how technology functions but also how it is designed to perform its various functions. By combining the principles of electronics with coding, students will gain the skills and knowledge necessary to take their electronics projects to the next level.

So why not take the first step towards unlocking the full potential of electronics today.

Suitability

Grade 7 - Grade 11

Approximately 80Hrs.

Suggested pace by our lead trainer experts

40+ Projects

Carefully Curated by our Engineers and Teachers

Are you interested?