About this Program
Robotics Course For Juniors is an introductory course designed to introduce children aged 8-14 to the world of robotics. The course provides an introduction to robotics engineering, programming and basic robotics concepts, with an emphasis on hands-on learning and interactive activities. The course encourages students to work in teams, and provides an opportunity to design and build their own robots. This course is perfect for those who are interested in exploring the exciting world of robotics, and want to learn more.
Robotics courses for juniors can cover a wide range of topics, including basic robotics concepts, programming robotics, building and operating robots, and understanding artificial intelligence and machine learning.
Benefits of this Program
Robotics Course For Juniors is an introductory course designed to introduce children aged 8-14 to the world of robotics. The course provides an introduction to robotics engineering, programming and basic robotics concepts, with an emphasis on hands-on learning and interactive activities. The course encourages students to work in teams, and provides an opportunity to design and build their own robots. This course is perfect for those who are interested in exploring the exciting world of robotics, and want to learn more.
Robotics courses for juniors can cover a wide range of topics, including basic robotics concepts, programming robotics, building and operating robots, and understanding artificial intelligence and machine learning.
Learning Outcomes
- 1. Understand the basic principles of robotics and how to apply them to real-world scenarios.
- 2. Develop the skills to build, program, configure, and deploy robotic systems.
- 3. Learn how to design robotic platforms and control hardware.
- 4. Gain insight into the strengths and limitations of robotics technology.
- 5. Acquire the knowledge needed to integrate robotics systems into existing systems.
- 6. Develop problem-solving skills to troubleshoot and debug robotic systems.
- 7. Practice safety protocols necessary for working with robotics systems.
- 8. Explore ethical and social implications of robotics technologies.
Curriculum
- Introduction to Robotics – What is Robotics? – History of Robotics – Types of Robots – Applications of Robotics
- Basics of Robotics – Sensors – Actuators – Controllers – Programming
- Introduction to Microcontrollers – Types of Microcontrollers – Working of Microcontrollers – Programming Microcontrollers
- Basic Electronics – Components and their function – Circuits and their applications
- Building Your First Robot – Designing the robot – Assembling the robot – Programming the robot – Testing the robot
- Robotics Challenges – Line Following – Maze Solving – Autonomous Navigation – Obstacle Avoidance
- Robotics Project – Identifying an idea – Building a prototype – Testing and evaluating the robot – Presenting the projectents apply robotics concepts to real-world problems.
- 3D Printing
Assignments
- LIVE Project on Robots
- Assembling and Dessembling of Robots
- Program a Robot
- Working on different types of Robotics Parts
- Make 5 different Robots
Fee and Scholarship
- Regular Fee - 15,800/-
Smart Class Certification
