FIVE REASONS TO TEACH ROBOTICS IN SCHOOLS
It is crucial to equip students for tomorrow's technology-driven world. Robotics can be taught to students as part of their schooling to increase their creativity and innovation and make them more productive members in society. Numerous governments recognize the importance of robotics in education and have created laws and programs to incorporate it in their public schools. We can teach our free robotics teaching resources and open up a world of possibilities that are not available to them otherwise.
- An introduction to programming
Programming a computer is a valuable skill that can help students get a job and make more in their lives. It can be difficult to teach programming to young students. Programming can be difficult for students to understand. Robotics is an easier to grasp and more tangible way to learn programming.
It's much easier for students to program robots than it is for them to see the problems. They also learn about what robots can do and what they cannot. Students learn how to program precise, accurate instructions. They also have fun and learn valuable lessons. Students can teach robotics in schools, which allows them to meet the increasing demand for STEM subjects. They also learn how science, math, and technology interact.
- Creativity increases
Robotics is a module that focuses on production. Students can create and program a tangible object that will perform the desired actions. Robotics is a field that combines engineering and technology. Students are more engaged when they have the chance to make something interactive they like and retain more information. It's possible to be amazed at what kids can do with the right tools and information.
- Prepare them for the future
It is no secret that STEM jobs are among the most popular and fastest-growing. They are expected to grow by another 17 percent over the next decade. In the past few years, industries such as the drone sector have grown rapidly and dramatically. According to the Economist, more than 15,000 drones were sold each month in the US. These industries are growing and will require people who have the ability to come up with innovative ideas and the knowledge to create and design the technology.
In a few years, more than half of all jobs available will be in STEM fields. A large portion of the remaining jobs will require STEM-related knowledge. Students can learn about robotics during their school years and discover the potential talents and interests that this industry offers. Students can't develop an interest in robotics if they don't have the education or access to it. There are many potential innovators and creators who didn't have the opportunity to receive robotics education at public schools.
- Teaching children how to turn frustration into innovation
It can be difficult to learn how to program and build a robot. Many students struggle to grasp the concepts and get frustrated. These students can turn frustrations into creativity and innovation by using robotics in schools. This valuable lesson teaches students persistence and determination in the face of challenges. Robotics students learn to channel frustrations into aiming higher and trying harder. The end result of all their hard work is worth it. Teaching robotics to students helps them learn how to persevere and solve problems. It also prepares them for real-world situations.
- Promoting inclusion
Robotics can be accessed by students of all abilities and talents. Research has shown that robots are able to engage students with autism spectrum disorders. Robots provide calm, consistent, and simple interactions for children with autism. Milo and ASK NAO robots were created to help autistic students understand and learn from their emotions.
Robotics can also empower girls in the classroom. STEM-focused fields tend to be male-dominated. This leaves young girls questioning their abilities to program and build computers. We can change the perception of the tech industry by engaging girls in robotics and technology classes. Girls can realize that they can program and build robots, and this will give them the tools to create and succeed in their futures.