The ability to understand programming and all of its algorithms will grant anybody the power to keep up with technology. This is why elementary schools need computer science classes integrated into their curriculum. Teaching young children how to program will evolve the world in new ways by allowing these individuals to create new applications and technology. Since there are not any computer science related courses offered in elementary schools, they are restricted from the opportunity to learn code because they have not been exposed to it yet. Once they reach levels of schooling higher than elementary, it will possibly be too late for individuals to want to learn programming because the children will be growing mentally and lack the motivation to learn a skill with a steep learning curve. By teaching elementary schools computer science classes, they will learn numerous skills, acquire high paying occupations, keep up with technology, and learn the material much more conveniently. Initially, teaching kids how to program with computer languages will allow them to develop analytical and problem solving skills. Learning how to program can be difficult to learn by oneself but if schools have computer scientists helping kids learn, they will be able practice superb techniques. Professionals that know how to code are quality assets to elementary schools because they know the codes thoroughly and they would be able to provide insight that will help the children later in life. Since elementary schools would be acquiring these necessary skills, they will be able to make efficient decisions in their future endeavors. Computer programming is heavily integrated with math, which means that children will need to learn high levels of mathematics so they can improve their coding skills as well. The children will be able to develop these skills as they learn to program because programming is filled with intricate problems that are waiting to be solved. It teaches one to think analytically to eventually create a solution to the obstacles one faces, which is how individuals learn how to think more critically when problems arise. As the director of education for Code.org, Yongpradit states, “For kids just entering school, teaching CS is about giving them the thinking skills that will help them become proactive learners and citizens…” (Yongpradit par. 3). Yongpradit conveys the idea that children learning how to program will be able to hone crucial skills in life that will develop them mentally. Next off, the job market for computer scientists is in high demand, which will provide a great incentive for students when they begin programming.
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Furthermore, the salary for programmers is also fairly high at entry-level positions. As Johnson states, “The survey shows that CS majors are aware that their degrees are valuable; on average, they expected a starting salary of $68,120, slightly above the actual average starting salary of $66,161” (Johnson par. 6). Johnson depicts how computer programmers are able to achieve high amounts of money when they chose the path of a computer scientist. By teaching children computer science courses in elementary schools, they will be exposed to greater opportunities that will offer higher rewards. Since children are not being taught computer codes, they are not able to make the decision to go into any computer related occupations because they will not have the necessary skills to thrive these kinds of environments. Johnson also states, “There’s no shortage of data, reports, and surveys which find that people with CS degrees can expect some of the some of the highest starting salaries of any field of study” (Johnson par. 1). Johnson elaborates further on the notion that computer science is a solid occupation to progress towards because of the incentives and rewards that are included. Realizing the power of learning how to programmer with numerous computer languages will shape the way young individuals think when using contemporary technology. Thirdly, technology is rapidly evolving and when individuals learn how to program numerous computer languages, they will be able to create new technology right from their hands. Providing computer science courses to elementary schools will allow the children to be able to learn codes at early age but also have the potential to create applications as a profession later in life. Technology is based on codes
Furthermore, the salary for programmers is also fairly high at entry-level positions. As Johnson states, “The survey shows that CS majors are aware that their degrees are valuable; on average, they expected a starting salary of $68,120, slightly above the actual average starting salary of $66,161” (Johnson par. 6). Johnson depicts how computer programmers are able to achieve high amounts of money when they chose the path of a computer scientist. By teaching children computer science courses in elementary schools, they will be exposed to greater opportunities that will offer higher rewards. Since children are not being taught computer codes, they are not able to make the decision to go into any computer related occupations because they will not have the necessary skills to thrive these kinds of environments. Johnson also states, “There’s no shortage of data, reports, and surveys which find that people with CS degrees can expect some of the some of the highest starting salaries of any field of study” (Johnson par. 1). Johnson elaborates further on the notion that computer science is a solid occupation to progress towards because of the incentives and rewards that are included. Realizing the power of learning how to programmer with numerous computer languages will shape the way young individuals think when using contemporary technology. Thirdly, technology is rapidly evolving and when individuals learn how to program numerous computer languages, they will be able to create new technology right from their hands. Providing computer science courses to elementary schools will allow the children to be able to learn codes at early age but also have the potential to create applications as a profession later in life. Technology is based on codes