The most popular coding languages for robotics are Python and C++.

If you have trouble with mathematics and are still a student, talk to your math teacher or professor for help. Many pre- and post-secondary schools also have math help labs to teach struggling students key concepts.

Many web-based institutions, like KhanAcademy and The Open University, offer physics, mathematics, and even computer science courses for free.

Many community colleges offer online or in-person computer science courses at a reduced cost, even if you don’t enroll in a program.

You can buy robot building kits online or from many electronics stores. Start with simple robots and, as you gain experience, move on to complex models over time.

If you don’t have the time for a robotics class, you can try reading books or articles on robotics instead.

If you can’t find any robotics clubs in your area, consider starting your own instead.

If you’re not comfortable entering a competition, you can always attend one first. Not only can you get a feel for what robotics competitions are like, but you can also find inspiration for your robots by watching all of the different competitions.

If you struggle with advanced mathematics, ask a fellow robotics hobbyist for advice. They may be able to relate mathematics to skills you both know and understand to make learning new concepts easier.

Using ROS requires proficiency in a coding language, preferably C++ or Python. Before you download the ROS, spend time honing your computer programming skills first. You can also take a course in ROS online or at some colleges to learn more about the software and clear up any questions you have.

For schools that don’t offer robotics engineering, mechanical engineering can provide similar skills for building and programming robots.

Some related fields of study include mechanical engineering, electrical engineering, and biomedical engineering. Duties for robotics engineers include designing and testing robots, debugging codes, servicing or repairing robots, and integrating robots with electronic devices.