Charter schools are, not by a long shot, very much different when compared to traditional public schools. By definition, it is also a public school that the government funds. In other words, taxpayer money runs these schools; they don’t charge tuition and are open to any student who wishes to enroll, like how other public schools operate.
The main difference between the two types of schools is that independent groups operate charter schools. These groups can either be non-profit or for-profit organizations. These schools are not required to follow the same regulations from states, municipalities, and school districts.
Charter schools are also thought (and argued) of rendering in-depth education and emphasizing main academic subjects. If you were a parent who would prefer sending your math-whiz child to the particular school that might enhance his abilities, you might be contemplating which one it is that you should best send him. Let’s find out if charter schools are ideal to attain a comprehensive STEM education.
What is STEM?
STEM is an abbreviation for Science, Technology, Engineering, and Mathematics. Experts discovered these subjects to play vital roles in the sustained growth and stability of the economy. Moreover, they are crucial components to providing the United States of America with a firm foundation in the near future.
Schools focused on STEM tend to involve students in actual engineering and design challenges while also connecting them with possible career opportunities. Students then get a chance to build a strong foothold before stepping into the real world years later and pursue their chosen careers when they graduate.
Charter schools are more autonomous than neighborhood public schools.
While independent groups govern them, they are pretty considered autonomous and freestanding as institutions. In connection to that, charter schools earn the freedom to focus more on the subjects, which the leaders agree to help get their students where they want to be and excel in marked fields. These schools offer more flexibility to try new ideas and hypotheses while providing a high-quality education even in dysfunctional areas.
Thus, charter schools can teach more STEM subjects and are suitable training grounds for being resilient to establish their rules, school hours, and curriculum. For example, while it is contingent upon the school leaders’ approval, students can take computer classes every day and learn how to design websites and effectively use the internet. That is how they can independently implement their rules while also maintaining to meet the state and federal academic requirements that all public schools exercise.
The limited number of students who get admissions each school year
Unlike regular public schools where students mostly go to the nearest school from where they live, how it works with charter schools is different. Students are not assigned there based on where they live. Instead, parents take their chances in the form of a lottery to get charter school seats if there are too many enrollees lining up.
That closely tells us that these schools can better concentrate on each student and their progress due to the limited number of students accepted per year. The teachers can dedicate ample time to track down a student’s performance more effectively and discover their unique strengths and weaknesses. As a result, that could be an opportunity to produce critical thinkers, analysts, problem-solvers, innovators, etc.
A more focused approach on STEM education
Schools that give more significance and observance to implementing STEM education set themselves apart from other institutions. They share the same characteristics that make them esteemed by most parents and students. These schools practically stand out specifically by educating students in the fields that would be the most valuable and helpful in securing their future and contribute to the advancement of the economy.
One characteristic that these schools have in common is that they focus on design thinking with personalized learning. They emphasize success skills, such as science or engineering, to help students carve their identities to help them as future citizens and professionals.
Furthermore, they promote computational thinking where students learn to code, solve complex problems and analyze data. With this tactic, students should learn how to address complex mathematical issues and learn how to use computation to develop the solution. These schools most often get involved in long-term interdisciplinary projects that could benefit the students exponentially through a display of learning.
Charter schools tend to concentrate more on training their students to excel in significant fields of learning.
Charter schools, in general, are effective institutions, but ironically, some can also be ineffective. They mainly depend on a variety of factors such as the teachers, faculty, leadership, etc. Yet, some of these schools were recognized to have achieved remarkable success in assisting low-income and minority students in acquiring high test scores and getting equipped for college.
On a recent survey, reports showed that one-fifth of all American charter schools have a specific emphasis on STEM, and this number is continuously growing over time. Students will have a substantial interest in these subjects with eyes directed on STEM and giving room to explore STEM-related notions. And eventually, it might make them explore their interests and acquire a more precise understanding and vision of what they aspire to become as professionals.
As there are numerous charter schools around the country, both the way they are independent of school boards and their freedom play a vital role in leading STEM education. At the same time notwithstanding, these schools are also held accountable for their students’ progress. Proper spearheading of the academic curriculum and a firm dedication to producing excellent students usually would keep these schools going.Bonneville Academy is a charter school whose mission involves implementing STEM into the school’s curriculum. With a vast understanding of the essence of Science, Technology, Engineering, and Mathematics in educating future experts and professionals of the world, the academy leaves no room for procrastination. Educating the youth and preparing them for the fast-paced and constantly-changing world continue to be the ongoing accomplishment of this institution.