Why STEM Curriculum Is An Essential Part Of Child Development
Technical development is taking place at a fast pace, schools need to design a STEM curriculum that prepares the present generation for the upcoming future.
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The current phase is evidence of technical revolution and innovation becoming a significant part of everyday human life. Advancement across sectors has become a norm over the past few years. The education sector too is catching up with the fast pace of technical developments by introducing the STEM curriculum to keep curiosity and creativity intact among kids in the growing years.
What is the STEM Curriculum?
STEM stands for Science, Technology, Engineering, and Mathematics. It is an education curriculum wherein all the subjects are taught in integration with each other instead of being taught in isolation. STEM education is introduced with the objective to emphasize preparing the upcoming generations for fast technical development. When Science meets Math, with the help of Technology it helps your child engineer something innovative.
Impact of STEM education
STEM learning helps in academics by teaching kids how to apply theory and concepts to practically create something innovative. It helps in boosting a kid’s curiosity, scientific thinking, creativity, and all other things that are vital to learning science better.
Moreover, it plays a vital role in maximizing a child’s involvement in a holistic learning process. It enables kids to deploy the power of deduction, reasoning, and developing mastery in pattern recognition. Having such advantages, STEM learning is in demand and helps in academics.
Making STEM an integral part of academics helps in preparing today’s kids to become future innovators and inventors. It helps kids in developing a logical thought process and problem-solving skills. This ensures the development of mental habits among kids helping them succeed in any field.
A STEM Curriculum allows students to think critically and come up with innovative solutions helping them become the next generation of innovators in the country.
Young brains are given hands-on projects for practical learning like building simple robots, engines, computer programs, mobile apps, games, and much more. This helps students learn the art of time management and project management making them learn how to break large projects into smaller achievable targets.
Since the jobs are changing fast and automation is making many routine manual jobs redundant, the new skills in demand are creativity, innovation, and technical acumen.
As per the latest study, 75 per cent of all jobs require STEM knowledge and 90% of these new-age careers require digital literacy. This is the prime reason why STEM is becoming one of the most desired subjects in all the developed nations. Learning STEM innovation increases critical thinking, design thinking and creativity leading to a high impact on a child's school performance by boosting IQ and CQ. Along with academic impact, STEM skills also lead to 2X growth in job opportunities.
STEM Innovation at BeyondSkool
BeyondSkool is the world’s first integrated IQ, CQ, and EQ academy for kids that allows them to learn beyond the school subjects. It helps kids in building knowledge and skills that are successful today and will be in high demand in times to come.
BeyondSkool’s integrated programmes run parallel and supplement school education with a new-age international-standard curriculum. It bridges the gaps left by traditional schooling and providing holistic development of IQ, CQ(creative quotient) and EQ(emotional quotient) in children. We teach applied based subjects like STEM innovation along with applied math, leadership communication and logimath.
BeyondSkool’s STEM curriculum is designed to enable a mindset for innovation in children through Design Thinking. Grade-wise progression is planned across Coding, Game and App Design, Robotics, Artificial Intelligence, Machine Learning, and Electronics.
It offers a project-based learning model by ensuring that each student can create 12 capstone projects each year like developing a live website page, virtual robot, multilevel game, utility app, etc.
Disclaimer: The views expressed in the article above are those of the authors' and do not necessarily represent or reflect the views of this publishing house
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