STEM stands for Science, Technology, Engineering and Mathematics. STEM model is designed to impart the practical knowledge of science. The model contains a cumulated series of real life experiment bringing science alive. Some of the areas covered by STEM are Physics, biology, chemistry, computer science, robotics, nanotechnology, mathematics, micro biology and neural networks.
Robotics is a branch of science that gives machines the capability to think, rationalize and act like humans. Robotics implements the theories of artificial intelligence. It uses the human intelligence to create a human like robot to simplify and reduce the work of humans. It deals with design, operation and construction of robots. These robots can be simple applications like picking and placing and object or can be computer application such as sensors or complex applications like fully grown human robot.
FIRST LEGO LEAGUE
FIRST TECH CHALLENGE
FIRST ROBOTICS COMPETITION
STEM & Robotics is usually recommended to students from the early age. Hence, it is introduced to child from the age of 6. There are different levels of the course for different age groups. If your child has questions related to everything he sees in his day to day life he is already starting to learn STEM & Robotics. The imaginations of your child can come to life by implementing simple science tricks at the camp. To ensure your child’s future success and career advancements it is better to sow the seeds of STEM at the tender age.
This course consists of the practical application of science and technology concepts. It clears the concepts in your child’s mind about the facts of science that are complicated to understand.
The curriculum is designed to make the students think and explore, which makes learning the facts easy and fun. It involves of tests, quizzes, workshops, camps, small scale projects and assignments. It also includes teaching through the interactive means of digital content that makes the science interesting. Students will be brainstormed on how Robots can solve real world problems and they will be given a project to solve a problem by automating their small Robot. They will also learn how Robots are solving industrial and warehouse problems. Students also calibrate different sensors using math equations and incorporate them in Robot decision making.
The school curriculum is vast to give a practical example of each concept. whereas, here the child experiments and gains in depth knowledge of all the concepts.
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