Autonomous Robot Summer Camp

Course Description

Autonomous Robot Summer Camp

Summer Camp Details [2 Weeks (Tue - Sat)]

  • Discover the thrilling world of robot coding! Learn how to program intelligent robots using Arduino and C programming, and bring your robots to life.
  • With not more than 5 students in a batch, every student will get personal attention and support from the instructors highly effective and engaging learning.
  • With complete hands-on experience, you'll complete 10 mini and 2 mega projects that will push your skills to new heights.
  • Compete in RoboHacks 2024 and be recognised as tech star.

20+ Hours of Learning

This summer camp spans over 20 hours of in-person learning at our centers, and is designed to provide students with a comprehensive understanding of the subject. As an added bonus, students will also have access to digital content on the Roboprenr platform, which will enable them to continue their learning journey beyond the classroom. The platform includes a wealth of resources, such as course materials, numerous assignments, quizzes, and other activities, that students can use to reinforce their understanding and achieve self-mastery of the topics covered in the camp.

Offline Camp

This camp will take place offline at Roboprenr Advanced Learning Centers, providing a valuable break from screen time, and allowing students to fully engage with the curriculum and benefit from the immersive experience.

Learning Material

All the material required for learning i.e. kit, computer, tools will be provided in the center. The summer camp fee includes Autonomous Robot take-home-kit.

Certificate

Certificate will be issued after the completion of course and submission of the capstone project video by the student.

    • Arduino Autonomous Robot

      Day 1 - Introduction to Microcontroller, Introduction to C programming
      Day 2 - Controlling an LED, Reading a sensor input
      Day 3 - Controlling a motor, Sensor based motor control
      Day 4 - Pulse width modulation, Liquid crystal display
      Day 5 - Robot assembly, Basic robot movement
      Day 6 - Sensor based robot movement, Obstacle avoider robot
      Day 7 - Light follower robot, Wall follower robot
      Day 8 - Pit avoider robot, Line follower robot
      Day 9 - Introduction to serial communication, Computer controlled robot
      Day 10 - Capstone project. Build an innovative robot that solves a real life problem and demonstrate your learning from this course.

      Your grade on the certificate will depend on the quality and usefulness of the project.