Creativity is defined as, “the use of imagination or original ideas to create something; inventiveness.” It used to be associated with the arts and related to people with artistic orientation.
Today, creativity has found its way into every industry and it is a skill that is looking to gain more and more importance into the future. Being able to find creative ways to solve problems especially is going to be a skill that many employers will seek in candidates for job positions.
How creative are we?
Adobe did a survey, asking 2000 people around the world what they thought about how prepared students were for this rise in the need for creative problem-solving skills.
They found that 97% of educators and 96% of policymakers saw a need for creative problem solving to be learned in schools. 86% of educators and 85% of policymakers reported that students with better creative problem-solving skills would eventually have higher-paying jobs in the future. They also found that 69% of educators and 61% of policymakers thought that schools and the curriculum they follow, are not placing enough emphasis on children learning this crucial skill. They saw only a 12% emphasis on students learning conflict management and innovative thinking skills
The main issue concerns a lack of creativity being taught in schools. In another article, 73% of teachers said that they spend too little time picking out what to teach in class, 44% said they don’t demonstrate in creative ways and 43% said that they don’t try new ways to teach. Is school culture then limiting the creativity of both our teachers and students
STEMmates is creative!
STEMmates encourages creativity in all our courses. Students use problem-solving methods to figure out complex theories and gain new knowledge in our courses.
These specially designed courses, therefore, appeal to even younger children even though the concepts may be difficult. For example, we teach aerodynamics to children as young as 7 years old.
They learn through creative methods, such as hands-on activities and independent learning. We also encourage students to learn in groups, where they learn how to argue their points with their peers and their teachers, finding solutions for problems together. Learning through success and failure, students are able to learn how to think analytically. Help your child find his creative spark! Register your interest in our next set of courses by visiting our website or Facebook pages, today.
Most of us have been around long enough to realize that what was once considered Sci-Fi, is very much today’s norm. People are zipping around on personal mobility devices and maneuvering them without the use of their arms. Our children know how to use tablets and phones even before being able to read.
And yes, we now talk to robots. Most websites now feature some sort of artificially intelligent run chatbot, that answers most of our questions without them even being read by a real person. In 2017, Sophia, was named the world’s first robot citizen in Saudi Arabia.
What then is there left for the average Joe to do, if robots and technology are taking over our planet? Even Bill Gates once talked about a “robot tax” to slow down the insanely rapid rate of automation that our world is moving at. This idea was rejected by lawmakers, of course. But it does make sense to think about compensating people whose jobs have been lost to robots.
This displacement is just going to become more widespread and the problem with unemployed real people, is just going to worsen. Estimates are that 6 million jobs could be replaced with automation by 2030.
How do we stay on top?
Change brings with it, opportunity. We just need to find it.
Today’s workforce needs to be skilled and adaptable if it is going to survive the age of automation. Artificial intelligence, Big Data, Coding, The Internet of Things and Robotics are all terms used quite often in today’s business world and the businesses need people who understand how it all works.
Australian school systems are starting to realize this trend and are now putting a lot more emphasis on STEM subjects in school, which refers to Science, Technology, Engineering and Mathematics. To have a skilled workforce, the country must have competent students ready to take on the challenge. These students will not only need technological skills but a plethora of soft skills as well. These include, an analytical mindset, high levels of emotional intelligence, leadership and creativity. That’s where STEM methods come in.
STEMmates uses teaching methods that inspire children to learn. The future generation is not going to be able to learn one skill, and use it alone for the rest of their career, like generations of old. They need to be dynamic and studying will be a permanent part of their lives.
Our courses are designed to encourage children to pick up difficult and technical knowledge at a young age. Our Introduction to Aerodynamics course, for example, is aimed at children as young as 7. Through our lessons, children also pick up valuable soft skills, such as, problem-solving, creative thinking and communication.
For more information, visit our Facebook and website pages.