Why Science?
Science encourages critical thinking
The ability to think critically about topics helps kids develop richer connections with subjects that can sometimes seem vague or theoretical. Interactive programs urge learners to get hands-on with Science topic. In addition to practicing critical thinking, kids are also empowered to collaborate, use their imaginations and take the initiative. These are all wonderful attributes they can rely upon in other areas of life.
Science Brings People of All Backgrounds Together
Science programs offer a level playing field. All kids can participate in well-run experiments headed by passionate, encouraging mentors.
Science Promotes Innovation and Entrepreneurism
To ensure our society continues producing more generations of motivated self-starters, we will want to prioritize and truly understand the importance of Science for kids. Getting involved in STEM at the elementary and middle school levels can open doors for true innovation, which may lead to the start of something much bigger down the road.
Science Learning Reinforces the Idea of School as Exciting
Some kids think school can’t be enjoyable. Robust Science education buoyed by exciting experiments and stimulating conversations shows young people that education isn’t always about grades, tests or homework. Instead, it’s about discovery. Making “Aha!” moments happen occurs regularly in STEM education. It’s a key reason why so many children fall in love with experiential teaching methods.
Science Can Pave the Way for Increased Economic Stability
Financial insecurity is a real problem, especially in the 21st century. Yet, it doesn’t have to hurt Generation Z or the generations that follow. Young people who being introduced to Science education early may have better jobs which can help reduce economic disparities and societal wealth gaps.
Science Helps Make Connections Between Core Subjects
To many people, STEM is four separate subjects. Yet, the true power of STEM learning is that it combines all those subjects into a multi-disciplinary approach. Kids begin to see the connections between the various fields. For instance, STEM students start noticing how mathematics informs engineering, as well as how technology and science can go hand in hand. This ability to cross-pollinate ideas across subjects breaks down the antiquated notion that every topic is its own silo.
