Rated 4.7 out of 5 based on 44reviews on Trustpilot
ItsMyBot offers the Robo-Coder learning path with 3 progressive levels: Cruiser (block-based robotics for ages 7–12), Flyer (MicroPython and sensor programming for ages 10–14), and Master (advanced IoT, AI/ML, and cloud programming for ages 12–15+).
Everything we both need to know!
You need to let us know the preferred course. If you are not sure, we will recommend the course that suits you. The instructor demonstrates the course in an approximately one-hour online session. This will be a “get to know” session and is used to evaluate the level of understanding of the child so that we can recommend a suitable course. As a parent, you can find answers to your queries regarding the course structure and curriculum. A recommendation from the instructor will be sent to you soon after to help you decide on the course.
Easy and direct!
We have a simple approach to enrolment. You can schedule a free assessment lesson, and after the session, you get a recommendation for a course that fits you the best. You will be asked to decide on the class format, and classes will be scheduled shortly based on your convenience. If you choose a Robotics course, the STEM kit will be shipped to you.
Activity-oriented it is!
Unlike our software courses, in this course, we use visually appealing hardware modules and extensions to make learning more activity oriented. Kids learn to program the robots with Scratch and Python. We offer live, 1-1 or 1-2, and group Robotics classes.
Yes — a STEM kit is required for the Robotics courses. When you enroll, the kit is shipped directly to you. The good news is the kit used in the Flyer course can be reused for the Master course..
Looking forward to collaborating?
Our group classes (maximum size 6) are prescheduled for two days a week. If you prefer them, please contact us, and we can guide you through the process.
Upon successful completion of our course, you are entitled to get a certificate from us.
Cruiser is the beginner robotics level for kids aged 7–12. It uses block-based coding to program microcontrollers, with a focus on STEM concepts, logical thinking, and hands-on problem-solving. It's a fun, playful way to introduce your child to both coding and engineering.
Teachers go through a five-step selection process with a 3% acceptance rate. They complete one month of intensive training before teaching and continue to attend professional workshops and receive ongoing mentorship.
In the coding courses, your child works entirely in software. In the Robotics courses, kids use hands-on hardware modules, extensions, and physical kits. They program robots using Scratch and Python, making learning more activity-oriented and tangible.
Definitely!
We encourage them to participate in contests worldwide. We also organize competitions to prepare our students for challenges.
That makes learning more fun!
Yes, kids are encouraged to design and build their own projects. The instructors provide project ideas after every 10 sessions and ask the kids to develop them. There are assignments and regular homework in addition to projects to encourage self-learning.