The Tech Edvocate

Pass or Fail: Retention Has Long-Term Effects on Students

In this multi-part series, I provide a dissection of the phenomenon of retention and social promotion. Also, I describe the many different methods that would improve student instruction in classrooms and eliminate the need for retention and social promotion if combined effectively.

While reading this series, periodically ask yourself this question: Why are educators, parents and the American public complicit in a practice that does demonstrable harm to children and the competitive future of the country?

It has been said that one single choice or event can alter the course of a person’s entire life. How would you feel if this decision was made for you based on completely misguided principles?

The long-term impact of retention has been studied extensively. Students overwhelming state that they consider retention to be a life-changing experience. Students often indicate that they experience a dramatic increase in stress and an even more pronounced dislike of school. Supporting an overwhelming amount of research, this signifies that the education system sometimes uses student retention as an intervention strategy for identification of a learning disability.

An assessment was made to identify low self-esteem signals for students in a research study conducted by Jessica Fanguy and Richard D. Mathis. Five of eight student participants and five of the eight parents commented that low self-esteem was an issue following the retention. One student’s father specifically indicated that they felt their child had low self-esteem and another parent indicated that their child clearly “felt bad about herself,” largely as a result of their retention experience. Two parents also reported that their children were giving up too easily and not believing in themselves, especially at school, in academic areas. One of the parents described how their child had called herself “stupid,” and one of the students indicated that they were aware that they did not set goals too high because they felt they could not achieve them. The student did not believe there was any point in setting challenging goals.

The researchers came to the conclusion that the students might well have had fewer self-esteem issues (and a greater inclination to set challenging goals) if they had not experienced retention and if it had not proved such a negative experience. Other students stated that the teachers had mistreated them, adding to the feelings of failure, but also making the students angry. They expressed their frustration at having to repeat a year. One student described dropping out of school to escape the resentment and sense of failure, as well as the victimization by teachers. According to Fanguy and Mathis, only two of the students interviewed demonstrated any signs of positive self-concepts; describing themselves in a positive light and feeling optimistic about their abilities.

Indicative of other studies that have assessed retention among students, Fanguy and Mathis clearly demonstrated that retention is destructive to a student’s development on many fronts. Although not all retained students are likely to experience such debilitating self-esteem issues, anger at retention, or oppression as the students in the study, the findings suggest that a range of problems apply, and often leave students with a sense of failure.

Socially promoted students experienced similar problems, including poor self-esteem, poor sense of self-worth, issues with peers, anger, and resentment toward teachers and school administrators, and general apathy toward school. In fact, some studies suggest that peer isolation or bullying is sometimes even more extreme for socially promoted students than for those who are retained. Without reasonable self-esteem, adolescents can prove unable to resolve the crisis of the identity during development. Thus, any experience debilitating to self-esteem is likely to leave students at a serious disadvantage.

In a relevant study, it was concluded that academic ability was one of the many factors used by adolescents to evaluate themselves. Failure at school can certainly compromise self-esteem and many students identify failure to pass a grade, the experience of retention, or even social promotion, as distinct evidence of academic failure.

Issues in the home can also factor into retention and social promotion problems, too, and several of the students featured in the study by Fanguy and Mathis cited lack of parental support as problematic. Two students even went so far as to say that they might have done better in school and potentially avoided retention completely, had they received more help from parents. The perceptions belong to students; whose own identity and conception of schoolwork undoubtedly play some role in the outcome of their academic efforts. There was, at least, a perceived need for students to have better, more extensive supports. The students believed their failing grades were at least partly due to inadequate support in school or at home. The discrepancy of perceived versus actual need is worth further investigation, particularly with regard to students’ lack of accomplishment.

Fanguy and Mathis also conclude that many of the students in the study lacked the skills to advocate for themselves. This potentially identifies another non-academic cost of retention, that affected students may already be reluctant to ask for help from school representatives or family when they need it.

If the decision to retain a student has been made, how much do you personally feel this choice will impact them both in the short and 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.