STEAM

Disengaged Students, Part 17: Anti-Intellectualism Starts at Home

In this 20-part series, I explore the root causes and effects of academic disengagement in K-12 learners and explore the factors driving American society ever closer to being a nation that lacks intellectualism, or the pursuit of knowledge for knowledge’s sake.

It’s often said that children learn more from what they see at home than from any other source in their lives. It’s human nature to look at older humans, particularly ones that live with you, as a guiding light in life. No parent is perfect and the struggle to be the best role models for the littlest eyes is a daily one. When it comes to education, though, it seems that today’s parents are happy taking more of a backseat – despite the potential of their influence.

Why Aren’t Parents Reading?

Perhaps a more direct attack on academic engagement comes from parents’ attitudes, particularly in the earliest years of their children’s lives, about reading and teaching basic skills at home. Teachers talk about it. Administrators talk about it. National campaigns that encourage parents to read with their young children “just 20 minutes per day” emphasize the need for parents to be on hand in early learning initiatives.

But when it comes to parent-to-parent interactions, the issue is nearly non-existent. Where are the heated mommy blog debates about what type of education is best in the early years at home? Even working moms and dads, who get a little more guidance from child care curriculum, should be talking about early learning as eagerly as they talk about the dangers of overpraising their children’s accomplishments or gluten-laden food. Forget heated debates; the conversation on early childhood education does not even exist.

Facts are Inconvenient

Parents’ less-than-passionate approach to education further fuels a larger national epidemic: the ability of American adults to accept questionable theory as fact. Children who are do not see their parents reading or researching the issues that impact their own lives are children who are vulnerable to unfounded paranoia or inaccuracies themselves. Children who are unable to differentiate between hard scientific knowledge that is tested, conspiracy theories espoused by celebrities, and suspect summaries from biased sources are unlikely to make the effort to hunt down real truths in academic settings.

Our popular culture mistakes assertions and correlations for arguments and proofs. If the rise in autism cases and the rise in the number of childhood vaccines coincide, that is enough evidence for a connection to be presumed. If a parent who raised a child on formula later sent that teen to Harvard, then there is clearly no validity in scientific claims that breast milk is indeed a better choice. If a President cannot produce an original birth certificate at a moment’s notice, then it stands to reason that he is an African terrorist infiltrating the U.S. government to further the world-supremacy plans of Islam. Get my point?

Each unfounded argument that is unquestioningly accepted by parents teaches even the youngest children that belief does not need a foundation. Blind acceptance is encouraged, and intellectual pursuits discouraged, when parents allow themselves to be led off the scientific path. The early molding of young minds impacts the ability of children to think critically in academic settings, for better or worse.

For K-12 students to really excel in classrooms, they must have the knowledge pursuit inspiration from home. It will make a difference in the desire level for answers, and will boost intellectualism in the long term.

 

Why Coding Should Be a Compulsory Subject for Students

The main role of the educational system is to teach children how to become responsible, productive citizens of society. Schools offer a variety of subjects to equip kids with the skills and knowledge needed for adulthood – starting from kindergarten, where children learn the basics of writing, reading, and simple math and logical problems. These classes are designed as the ‘building blocks’ of knowledge. There are new blocks in education with every consecutive year.

When we talk about computer-related knowledge, one of the most important classes in schools is typing class. By learning to touch-type, children get used to the visual environment and improve their typewriting speed. Although the typewriter is outdated, keyboards and typing remain relevant today, particularly when entering data or programming devices.

One might say that kids intuitively acquire knowledge about information technology and its usage. They start touching keyboards and screens at a young age, and quickly learn how to navigate the Internet.But what about coding? Should our kids also learn how to code? Fundamentally understanding these new technologies—how they operate and how to customize them for better functionality—would improve kids’ experience with today’s digital devices.

Introductory programming classes in schools can help children understand the basics of programming structure, logic, and design. Of course, not all children will become software engineers; however, learning programming may help sharpen their practical and logical thinking skills. What’s more, some people found coding helped them get more out of their computers, tablets, smartphones, and other popular digital devices.

There are a lot of possibilities for a child that knows how to code, and the most important skill they acquire along the way is that they learn how to create their own solutions. Many would argue that it is hard for children to learn to code, but there are a number of applications and games designed specifically for that. Additionally, learning to code is the same as learning new language skill, especially for the children.

Since we are living in a digital age, technology plays a huge role in our daily lives. Smart devices are all around us—at home, school, the office, and so on. Although we use these devices every day, we typically only use them for basic functions, such as text messaging, phone calls, entertainment, music, etc.

When software and hardware designers make devices or apps, they usually add a lot of functions and features that most customers barely use. Mobile technology is developing rapidly, so the cell phones in our hands act as small personal computers with a broad range of tasks. Even TVs and other home appliances have become multi-functional devices.

Did you know that coding is a background for many of these devices? Unfortunately, most of us are unaware of the importance of coding. By teaching people how to create software codes that run devices, they will better understand how these devices actually work. Aside from that, coding classes can help students realize how applications are designed, as well as how the software triggers the device capabilities. That’s why coding should be a compulsory subject for students in the future.

Most experts emphasize the importance of introducing of coding into the school systems. According to Douglas Rushkoff from Codecademy, who is considered to be one of the world’s leading digital experts, schools have to incorporate code programming into their curriculum. By teaching students to code, we will create more future software and hardware engineers and meet the high demand for skilled tech workers.

Schools must recognize that both technology-related devices and coding are integral parts of our lifestyles. They should incorporate coding into their curriculum as a building block, to help kids not only understand how technology works and how to utilize its potential but to possibly get them interested in a future career in digital technology.