Bridging The Gap
Within the past few decades computer literacy has become a skill necessary to any modern profession as well as a valuable skill used in daily life. Recent advances in computer technology have created many decent paying occupations as well. These occupations require educated professionals to fill them, but there is a shortage of people who are capable of filling the empty positions. Due to the lack people who are qualified to fill the positions a gap has been created and the school system has taken notice of it by promoting STEM oriented classes or by their more common name Science, Technology, Engineering, and Mathematics classes. These classes however are all specialized and elective classes which makes them susceptible to budget cuts and shortages of educators who are capable of teaching the classes. Due to these problems many schools have dropped the technology field of these classes, which was the cause for a U.S. News statistic that stated that “Nine out of ten schools do not offer computer science classes”. as of now “from what can be learned from the U.S. News statistic” only 10% of schools to have access to computer science which is unacceptable due to it being a direct contradiction of equality in schools. Now more than any other point in the education system these classes must be recreated to accommodate and treat fairly the large number of students who want to become a part of the rapidly expanding computer science industry.
Schools must grow or create certain programs/classes to accommodate the changing needs of the economy; nothing can remain unaffected by progress. This statement must be recognized and acted on by the schools. No school is exempt from complying to this simple rule, and ...
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...Teals program and the complete compliance of every state education system AP courses in computer science that would offer college credit could be implemented into every school across the nation.
The creation of CS classes is inevitable, but still somehow education systems are ignoring the changing future that has a requirement for more of CS education. As time advances every job field “if not already” will require trained computer science professionals to monitor and support the systems that are vital to modern businesses. This is why the gigantic surplus of CS careers exists, and why educational systems should offer every chance to students who may want to fill careers in this new field. Schools should offer these CS programs no matter what the ramifications to the educational system might be, because if no action is taken the “gap” will take an eternity to fill.
That broader conception of school allowed those schools to better support the students and address social issues that prevent students from accessing their full potential. This conceptual shift can only be spurred by a clear vision of “good education”—which then caused an improvement in their community’s education
...ntegration of student-faculty conferences, educational facilities will become places full of smiling, bright scholars. As a current student in high school, it is very easy to see these issues in the education system. Each day I walk the halls beside exhausted zombies who debate whether they should use their lunch periods to get math help in the library or sacrifice a club so they could read a chapter of anatomy that is not even relative to what they talk about in class. Due to the ever-increasing competition and subsequent elevation in performance standards, kids’ academic and emotional prosperity is only going to get worse. When I am an adult and have children, there is nothing more that I would love to see in their long drives through high school than an improvement in the education system, so that they would not have to struggle through school my peers and I did.
For decades, education in America has been focusing on the basics of education which include the bare minimum competencies of reading, literacy, writing, mathematics, and science for students in elementary and secondary schools. In 2001, the No Child Left Behind Act reaffirmed the need for basics and pushed for all students to be evaluated based on a set of minimum standards. These standards instituted the need to be tested in a manner so that students from all ethnic and economic backgrounds have the same opportunities. Furthermore, these standards have not included the need to adapt to the continuous change in order to meet the needs of today’s economy and industry. When the focus should be adapting to higher standards of education, public education system still remains the same. Meanwhile, private schools and vocational training gives students a better chance at obtaining a job in today’s world.
After reading Joel Spring?s book, and reflecting on some of the issues facing our schools, it is apparent that our educational system requires much attention among our nation?s leaders. While the system has transformed in many beneficial ways, we are still plagued by the growing problems of society. I look forward to reading another book by Joel Spring, and developing my evolving understanding of the educational system within the United States.
An article from the Los Angeles Times showed that the majority of Californians give California schools “a grade of C or below” and half think that the quality of schools will continue to decline (Watanabe). While the economic downturn affected the public school system in a negative way, it was not the sole root of its problems. It just simply exacerbated existing issues. Because of widespread discontent with the public school system, many different solutions to reform the mainstream public school system have been brought up in public discourse.... ...
The United States is a country that thrives through technological advancement. The wealth and success of this nation is dependent on providing every child, regardless of race, ethnicity, or gender, with the opportunity to obtain technological skills that are essential for a successful future. Unfortunately, educational funding for technology has failed to take precedent. In realizing that, the question then becomes, how is a country expected to thrive from the use and advancement of technology, when failing to properly train future leaders? Funding must be provided for schools to purchase technological equipment, such as computers, in order to ensure that each child has an equal chance to thrive in a country that is defined by its advancement in technology.
CPS, with a $6.6 billion FY2013 budget, is now taking a new strategy based upon a flawed “Student-Based Budgeting System”. The Board of Education is also struggling to solve the debt they have reached, and with their FY2014 plans, this year’s budget book is argued to be “one of the most poorly written budgets”. The way CPS is handling their budget is not benefiting the lives and education of students and is leaving CPS at a loss with giant financial issues. Parents want the best for their children, no question, and the highest educational standards will be something that parents have at the top of their list. There is enough support to say that people who have received better education have gotten further in life.
Abstract: This paper examines the gender divide in computer science. Computer science is a relatively new field, but still has few females involved in it. Numbers seemed to be on the climb for a while only to dwindle back down. Stereotypes and media play a large role in discouraging women, but some universities are trying to change this by encouraging women. Carnegie Mellon University (CMU) has made some significant increases in women enrolled in computer science. A change of some kind is needed so we can create a more diverse group of programmers. That may be the key to the next big breakthrough in the field.
Education is an integral part of society, school helps children learn social norms as well as teach them how to be successful adults. The school systems in United States, however are failing their students. In the world as a whole, the United States is quickly falling behind other countries in important math and reading scores. The United States ranked thirtieth in math on a global scale and twentieth in literacy. This is even more true in more urban, lower socio-economic areas in the United States. These schools have lower test scores and high dropout rates. In Trenton Central High School West, there was an 83% proficiency in literacy and only 49% of the students were proficient in math. Many of these students come from minority backgrounds and are often from low income families. There are many issues surrounding these urban schools. There is a severe lack of proper funding in these districts, and much of the money they do receive is sanctioned for non-crucial things. Schools also need a certain level of individualization with their students, and in many urban classes, this simply does not happen. While there are many factors affecting the low performance of urban schools, the lack of proper funding and distribution of funds, the cultural divide between teachers and students in urban districts, along with the lack of individualization in urban classrooms are crucial reasons to explain the poor performance in these districts. Through a process of teacher lead budget committees and further teacher education, urban schools can be transformed and be better equipped to prepare their students for the global stage.
Maybe America’s educational leaders don’t understand what computer science is, which is why they don’t place enough emphasis on this invaluable skill for now and the future. Less than 7 percent of the state’s high schools offer courses in the important science.
For a certain majority of students in the States, our current educational system may not seem to serve its purpose. In this paper, I will explore two possible adjustments that could be made to improve our system to benefit our next generation. Academic improvement and class size reduction are the two adjustments that I will elaborate on. The world is constantly moving forward. Our societies are in search of the newest advancements, and our children are drawn to the latest technology.
The first explanation for the efficiency of teacher training in using technology in classrooms to students lies on the effective influence of computer science on students’ motivation and improvement. It is said that in the last century, despite the rapid invasion of technology into human life and a huge of money spent on instructional technology in schools, there is no significant improvement in education has been witnessed (Zhao and Frank, 2003, p. 807-840). However, researchers have uncovered the myths of such phenomenon and asserted that technology, on the other hand, has a great impact on students and teacher performance in schools worldwide. As Mundy et al. (2012) points out thanks to the introduction of technology in the classroom, never have before students’ skills as wel...
After my twelfth grade, the inherent ardor I held for Computer Sciencemotivated me to do a bachelors degree in Information Technology. Programming and Math, a paragon of logic and reasoning have always been my favorite subjects since childhood. I still vividly remember the time during my graduation,when I was successful in creating a simple calculator application as a class assignment.The joy I derived from creating something that is used by a lot of people to help them perform complex calculations,made me realize the power of computing in its true sense.It was also in my graduation that I developed an immense interest in programming languages such as Java, C++ an...
Technology affects every aspect of our lives. From romance to business, it has shown its presence everywhere. But technology has had a huge impact on education that cannot be denied, and has done nothing but improve the quality and quantity of education.
Four years ago, teachers were slowly introduced to the world of computers. Most teachers were apprehensive, afraid that with an incorrect click, the computer would “explode”. How would the students learn if the teachers were unable to set an example? Here, traditional values had to be set aside, and learning about the new technology had to be embraced by both the students and teachers.