Robotics
This course introduces children to robotics, circuitry and mechanics. They learn fundamentals of making circuits interfacing various sensors and actuators. They learn about simple mechanisms like gears, motors coupler, bearings etc.
- Toddlers (Grade 3-5)
- Juniors (Grade 6-8)
- Seniors (Grades 9-10)
- Super Seniors (Grades 11-12)
Description
This course introduces children to robotics, circuitry and mechanics. They learn fundamentals of making circuits interfacing various sensors and actuators. They learn about simple mechanisms like gears, motors coupler, bearings etc.
This course helps in introducing children to:
To develop a practical system for solving daily life problems, Enhancing their logical and critical thinking skills Developing patience’s Developing perseverance
This course is especially for kids of age group 6-12 to teach them the basic concepts of robotics in a hands-on approach. They must have knowledge in scratch programming or C/C++ programming. It is also structured to awaken the problem solver in them.
Course Highlights
Work on Arduino which is a world class proto-typing controller
Understanding basic concepts of physics like motion, forces moments, torque, electricity, magnetism etc.
Understand the working of various sensors & actuators like light sensors, distance sensor and motors etc.
Developing robots to solve socially relevant issues.
Course Achievement
Project Presentation in front of Expert Panel from Industry
Developing hardware projects.
Achievement Certificate on Course Completion
Objective
Understanding fundamentals of robotics.
Understanding working of Arduino.
Learn to think logically, reason systematically and work creatively.
Learn about the working of various sensors and actuators.
Understand complex computer science concepts by applying them.
Course Curriculum
Component familiarization. Energy flows in a circuit. Making circuits with Bread Boards. Working of motors and motor drivers Understanding gears, bearings, chassis etc.
Controlling the robot using Bluetooth Understanding the motion on a robot
Understanding the working of an ultrasonic sensor Controlling the robot autonomously
Understanding the working of infrared sensor Making the robot follow a line of your own choice
Understanding the working of Accelerometers and gyroscope Making the robot move according to students specific gesture
Using voice-based AI/ML algorithms Using hand-based gestures.