Content

• To step
• Part 1 of 3: Learning the basics
• Part 2 of 3: Improve your skills
• Part 3 of 3: Studying advanced robotics
• Tips
• Warnings

Robotics is a hobby that, when you program and build your own robots, can bring lasting pleasure and even become a future career. If you want to learn robotics, the best way to do it is to become proficient in computer science, coding, physics and linear algebra. From there you can take robotics classes, participate in clubs and competitions, and build on your basic robotics skills to keep improving. No matter how old you are or what your computer skills are, anyone can learn this fun and fascinating topic.

To step

Part 1 of 3: Learning the basics

1. Practice with easy programming so you can program your robots. Programming is a fundamental part of robotics, and you need to know how to use variables, make conditional statements, use functions, and other basic coding skills. Choose a coding language and study it yourself or take coding classes to improve your skills.
   • The most popular robotics coding languages ​​are Python and C ++.
2. Learn linear algebra to prepare for building robots. The basics of algebra are essential for both programming robots and modifying their code. Take math in high school and then college, or study algebra on your own to strengthen your math skills.
   • If you have trouble with math and you are still a student, ask for help from your math teacher or tutor. Many high school, college and university also have math tutorials to help students who find it difficult to teach important concepts.
3. Learn physics as a background for learning robotics. When building robots, you need to understand how your robot moves and interacts with the outside world. If you're new to physics, enroll in an online program or learn the basics of physics yourself.
   • Many online organizations, such as KhanAcademy and The Open University, offer free courses in physics, math, and even computer science.
4. Study computer science to strengthen your robotics skills. Robotics is strongly linked to computer science, and a very good understanding of the latter is key to learning the former. Practice or study basic computer skills and try to keep up with computer science articles or websites.
   • Many community colleges offer computer science courses online or in persona at a discounted price, even if you don't enroll in a degree.

Part 2 of 3: Improve your skills

1. Build your own robot with the help of a kit or on your own. Once you have learned the basic robotics skills, buy a robot building kit and build your robot using programming, math, and manual crafting based on the kit's instructions. You can also build your own robot with parts and tools available at most hardware stores.
   • You can buy robot building kits online or in many electronics stores.
   • Start with simple robots and, as you gain experience, move to complex models over time.
2. Take in-person or online robotics courses to improve your skills. While studying robotics yourself is helpful, robotics classes can teach you advanced techniques. Ask your local colleges or community centers if they offer robotics classes, or enroll in an online course to either develop or improve your robotics skills.
   • If you don't have time for a class, you can read books or articles on robotics instead.
3. Join a robotics club to share your passion with others and get advice. Robotics isn't just a hobby - if you're interested in building robots with other people, it can also be a way to forge lasting friendships. Join a robotics club at your school or community center to share your hobby with other people and learn new ways to build robots.
   • If you can't find robotics clubs in your area, consider setting up your own.
4. Enter robotics competitions when you're ready to show off your projects. Once you've learned how to program basic robots, you can register for a local or major robotics competition. It doesn't matter what you perform - robotics competitions can be a great way to test your robots and learn ways to make them better.
   • If you don't like entering a competition, you can always attend one first. Not only can you get a feel for what robotics competitions are, but you can also get inspiration for your own robots by watching all the different competitions.

Part 3 of 3: Studying advanced robotics

1. Learn trigonometry and statistics for advanced robotics. While linear algebra is sufficient for basic robots, you may need to learn advanced math to build complex robots. Study trigonometry or statistics yourself, take the course at school or take a course online.
   • If you have trouble with advanced math, ask a fellow robotics hobbyist for advice. You may be able to relate maths to skills you know and understand to make learning new concepts easier.
2. Study the Robot Operating System to customize your projects. The Robot Operating System (ROS) is the most widely used software system for building robots. If you want to build your own complex robots without the help of a kit or guide, learning how to use the ROS can help you program your inventions.
   • Using ROS requires proficiency in a programming language, preferably C ++ or Python. Before downloading the ROS, spend time honing your programming skills.
   • You can also take an ROS course online or at some colleges / universities to learn more about the software and resolve any questions you may have.
3. Get a degree in robotics engineering, if desired. If you are serious about robotics, a degree in robotics engineering can teach you how to design, troubleshoot and repair complex robots. Earn a bachelor's degree in robotics to learn more about the robotics industry and learn advanced skills.
   • For schools that don't offer robotics engineering, mechanical engineering can provide similar skills for building and programming robots.
4. Become a robotics engineer to turn your hobby into a career. If you develop a passion for your hobby, robotics engineering is a career that involves designing and making robots. To become a robotics engineer, most companies require a bachelor's degree or, preferably, a master's degree in robotics engineering or a related engineering field.
   • Some related areas of study are mechanical engineering, electrical engineering, and biomedical engineering.
   • Robotics engineers' duties include designing and testing robots, debugging codes, maintaining or repairing robots, and integrating robots with electronic devices.

Tips

• Skills development in robotics takes time, effort and dedication. If you have trouble learning the basics at first, don't give up. Keep practicing your weaknesses until they eventually become strengths.
• Learning to program is one of the most important skills for building and programming robots. Before taking a robotics course or building your first robot, practice basic programming in a popular language such as Java, C ++, or Python.

Warnings

• When learning robotics and building robots, you work with electronics that you have to handle with care. If you are a child or young adult, only work on robotics under adult supervision.