Think of the last time you used a smartphone, or crossed a bridge, or visited a doctor, or even paid for something online. The power of STEM education is behind each of these everyday experiences.
Science, Technology, Engineering and Mathematics affect the world around us sometimes in ways we are not even aware of. More importantly, they make students innovators, critical thinkers, and problem solvers in a quickly changing world.
STEAM education is a vital part of a well-rounded education as technology evolves and transforms industries. STEAM also acts as an academic discipline.
STEAM Is More Than Just Science And Maths
Many people often think that STEAM is just equations, labs or codes, but in fact, it is about teaching children to think, not just what to think.
Children learn to test ideas, think creatively and analyse problems, whether they are designing a model, solving a real-world challenge or conducting an experiment,
Why Early Exposure Matters
Kids are naturally curious. They question, they look about and love to find out how things work. A strong STEAM curriculum nurtures that curiosity; it doesn’t kill it.
Introducing STEAM concepts early to students helps to build their confidence to experiment, ask questions and find solutions. The Next School offers experimental inquiry-based STEAM learning that connects the classroom environment to real-world experiences and helps children find enjoyment and meaning in learning.
Preparing Students for the Careers of Tomorrow
Future jobs will require more than technical knowledge. Employers are looking more and more for people who have the ability to think critically, change, work with others and solve the unfamiliar.
A robust STEAM education allows students to develop these transferable skills and opens the door to careers in engineering, medicine, robotics, environmental science, artificial intelligence, and many other burgeoning fields. STEAM cultivates confidence and analytical thinking skills that benefit students regardless of their interests.
Learning by Exploring
Students learn best when they are working things out, not just rote learning.
Students learn by doing. They learn by building prototypes, investigating, writing simple programs, and solving design challenge problems. Students are always on their toes, and learning is all about making mistakes
Schools can provide students with opportunities to explore and create, which can help them to view challenges as opportunities rather than barriers.
Building Future-Ready Learners
Education should teach students not only to pass exams but to deal with the world they will face when they graduate. That’s why schools are stressing STEM more as part of a balanced curriculum. STEM is woven into the learning experience at Next School, so curiosity, creativity, collaboration and confidence are developed early on. By learning these skills today, students are better equipped to be the thinkers, innovators and leaders of tomorrow’s world.
