STEAM education refers to a curriculum that integrates the science, technology, engineering, arts, and mathematics parts of an education system to help the kids to learn and apply the said subjects in real life. But this is not the only function of STEAM education, it also encourages the kids to work on their interests and improve them. STEAM education ensures that the kids choose a stream or a career because they are interested in it and not because of peer pressure or because someone forced them to take it up.
STEAM education was previously referred to as STEM education. The Arts part was added later because arts and creativity is an important part of education as a whole. Arts enable a kid to develop creative and critical thinking skills that will be beneficial in life whether or not they pursue a career in STEAM fields.
We are seeing rapid growth in technology today. Just a decade ago, self-driving cars were considered fantasy. Today one of the world’s richest man Elon Musk, has made a fortune selling self-driving electric cars. Because technology is advancing so quickly, there will be an abundance of opportunities in the future in STEAM fields.
Blix Robotix has a number of courses for kids from ages 5 to 17. The courses primarily focus on fun-filled learning. Blix ensures that the kids enrolled in their courses learn robotics from a young age, both theoretical and practical. Kids go on learning while they build robots by themselves. Blix Robotix promotes STEAM education as building a robot is not a one-man job and is not limited to one subject. Building a robot needs a little bit of science to understand how it works, technology and engineering to make it work, arts to design, and of course mathematics to figure out calculations related to the physics part of building a robot.
By the method of inclusive and hands-on learning, Blix Robotix provides kids with an opportunity to work with others and develop a sense of teamwork and collaboration. STEAM education encourages students to have friendly competition and sportsman’s spirit. By exposing children to robotics at a young age, they will be more aware of what is required of them and what are the career options for them in the future.
Hands-on learning or experimental learning is practiced and encouraged by a lot of schools because it will teach the practical uses and applications of the knowledge acquired by books to kids. Simply counting the change of coins after buying something can count as hands-on learning. And a complex task like building a robot from scratch is also considered hands-on learning. Many activities like the paper volcano that were done in schools with the help of parents and teachers are examples of how hands-on learning is integrated with STEAM education and how parents and teachers can help the kids with the process of learning.
The process of hands-on learning makes the instructor a part of the inner circle of the kid. The kid can ask questions more openly and more frequently. The instructor also will be able to evaluate the kid’s capacity. The problem of not being able to concentrate on every kid due to overcrowding in classrooms can be solved with the method of hands-on learning.
Conclusion
Kids learn better when they have practical knowledge and are given a chance to experiment on various subjects. It helps them relate to the subject and indulge in physical activity and get better. Blix Robotix is a platform that focuses on STEAM education and ensures every kid gets an equal opportunity to learn, have fun, and enjoy the process of learning. Blix Robotix helps kids in this aspect. The variety of courses offered in Blix can help the kids in paving the way to the future and help the parents be stress-free.
To know more please visit Blix courses.
