Admission
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Joining Young Engineer Robotics Pvt Ltd means stepping into a world of innovation, creativity, and future-ready skills. We welcome both individual students and schools to be part of our mission to make Robotics, Artificial Intelligence, IoT, Home Automation, Coding, and 3D Printing accessible to every learner.
For schools, we offer customized partnerships that include setting up robotics labs, providing trained faculty, structured curriculum, and continuous support. Together, we can build a strong ecosystem where students learn, explore, and showcase their talents in regional, national, and international competitions.
For students and parents, our admissions are open throughout the year with structured programs designed from beginner to advanced levels. Whether your child is curious about technology or dreams of becoming an innovator, we provide the right pathway through hands-on learning and expert guidance.
Take the first step towards the future of learning — enroll today or partner with us to bring world-class STEM education to your institution.
(+91) 9908 653789
The Levels
Level – 1
Foundation (Beginner)
At this stage, students are introduced to the exciting world of robotics and technology. They learn the basics of electronics, simple circuits, sensors, and actuators. Through hands-on activities like assembling small robots and writing simple codes, students develop curiosity, problem-solving skills, and confidence in handling technology. They also begin to understand how machines respond to commands and how coding brings ideas to life.
Outcome: Students understand fundamental STEM concepts and can build and control basic robotic models.
Level – 2
Exploration (Intermediate)
In this level, students move beyond the basics and explore advanced robotics concepts, coding, and logic building. They are introduced to microcontrollers, IoT basics, and real-world applications. Using structured challenges and guided projects, students learn how to integrate multiple sensors, write more complex programs, and make their robots perform intelligent tasks.
Outcome: Students can design and program robots for practical applications, enhancing creativity and logical thinking.
Level – 3
Innovation (Advanced)
This stage focuses on innovation and creativity. Students dive into Artificial Intelligence, Machine Learning fundamentals, 3D Printing, and Home Automation. They work on projects that mimic real-world problems, such as automated systems, smart devices, or AI-powered robots. Teaching is project-based, encouraging students to experiment, research, and innovate.
Outcome: Students gain the ability to apply robotics and AI concepts to solve real-world challenges with innovative thinking.
Level – 4
Mastery (Expert)
The final level transforms students from learners into innovators and leaders. They undertake capstone projects, internships, and participate in national/international competitions. Students collaborate in teams to design complete systems integrating Robotics, AI, IoT, and 3D Printing. They also learn presentation, teamwork, and entrepreneurial skills, preparing them for higher education and careers in technology.
Outcome: Students graduate as confident innovators capable of designing, developing, and presenting technology-driven solutions at a expert level.
