Robotics helps address the growing demand for teaching science, technology, engineering and maths in schools. As well as exemplifying technology directly by programming the robot, students also learn about science, engineering and maths and get an understanding of how these subjects link together.
In today's fast changing economic times, it is imperative that the academic institutions provide opportunities to the students to develop and channelize their skills and talents towards meeting industrial expectations without compromising on the goal of academic excellence. Mean time, there is a growing emphasis on the use of robots, to teach STEM concepts to students in a much practical way.
The question arises that how robotics can be useful for children and how they can be benefited with this technology?
Using robots in school curriculum will strengthen the quality of STEM education for students by enabling educators to use innovative learning materials & improved teaching strategies and their by it will also help educators to keep up the self motivation of students. With an abundance of motivated students, your institution can benefit in many ways. Not only can you potentially obtain lower student absenteeism rates, but it is proven that motivated students have better grades.
The rewards for integrating robotics education in your school can therefore be felt on many levels. So what are you waiting for? Integrate robotics into your educational curriculum today!
CODE is offering different course for every stage of child. We have categorized the course and set the curriculum based on their Curriculum. Once they will start the robotic class they can easily relate the topics with their academics course. We cover the concepts, such as how pulleys, levers and motors work.
CODE focus on STEM/STEAM based Concepts and activity-based learning which is complementing all academic curriculum.
The concepts of Robotics which can be broken down into four constituent pieces of Electronics, Mechanics, Algorithm and Programming can provide students with an overall learning of the core areas of Science and Technology. This helps them get a holistic view of the world of STEM.
Benefits for Students
•Student becomes the active learner
•Student will start programming skill at beginning stage .
•Student feels more confident after doing these activities.
•Strengthens research & problem solving skills.
•Develops logical and analytical abilities.
•Help students to develop Science & math Intuition.
•Builds self thinking which results in clarity of thought.
•Student keeps explore new technologies.
•We help them differentiate between theoretical studies with practical intelligence.
•Overall development of personality and organizing skills.
Benefits for Schools
•Helps in inculcating new teaching methodologies.
•Development of robotics curriculum to strengthen the quality of STEM education.
•Helps in creating innovative learning materials
•Helps in improving schools digital equity and economic development
•Helps in enhancing teaching techniques.
•Promoting practical way of learning through robotics.
•Helps in effectively meeting the next generation's workforce needs.
•It has a positive impact on the professional development of faculty members through extensive training.
• 40 hours course
• Winter Camp
• 2 day workshop
• Summer Camp