Technology
October 1, 2024
Technology has created new learning opportunities globally, impacting everything from administrative tasks to online exams. However, despite these advancements, its rapid integration in education comes with significant drawbacks.
The adaptation of technology in education has increased over the past few decades. Classrooms and learning environments around the world have been transformed. The widespread availability of devices and software has allowed schools to increasingly integrated digital tools to enhance learning.
Online platforms, virtual classrooms, and educational apps have become important resources, especially with the shift toward remote and hybrid learning models. While this growth makes education more accessible and efficient, it also creates challenges like over-dependency on technology and unequal access.
Technology hinders critical thinking by providing instant answers. Giving the brain a constant shortcut to the answer prevents the interaction between brain structures that improve critical thinking skills. Quick solutions decrease the need for deeper engagement with problems.
When students depend on search engines or calculators for quick answers, they skip the important steps of analyzing and evaluating information. This reliance weakens the brain's ability to make connections between concepts, reducing opportunities to develop essential skills like reasoning, problem-solving, and logical thinking.
Over time, this can lead to a dependency on technology, diminishing a student's ability to think independently or approach complex issues with creativity and critical insight. Over-reliance on tools like Google can lead to lack of problem-solving skills.
Technology impacts education both cognitively and externally. Cognitively, it can hinder critical thinking and reasoning skills as students become reliant on quick answers from the internet rather than engaging in deeper analysis or problem-solving. The convenience of technology often reduces the need for mental effort, leading to a decline in memory retention and the ability to process complex information.
Externally, technology also affects face-to-face interactions in the classroom, diminishing the quality of communication and collaboration. Over-reliance on digital tools exacerbates the digital divide, where unequal access to technology creates gaps in learning opportunities, and fosters an unhealthy dependence on devices, leaving students less capable of adapting in offline environments.
The constant notifications and easy access to social media platforms, like Instagram and TikTok, encourage multitasking, diverting focus from classroom activities and assignments. In fact, research shows that 28% of Americans admit social media distracts them from their work.
Students often switch between apps while digitally learning, making it harder to concentrate on lessons and absorb information effectively. Even when the learner fights the distraction, they’ve still spent mental energy on trying to stay focused, taking away from their ability to retain and store the information.
When students use technology, the rely less on face-to-face interactions. Face-to-face interactions improve student performance (Berry College, 2024). Less of these interactions leads to reduced engagement, participation, and collaboration in class. Avoiding these interactions causes students to rely on digital learning tools instead of human interaction.
As of 2024, according to Turnitin's recent data, 11 percent of assignments processed through their AI detection tool revealed that at least 20 percent of the content displayed signs of AI involvement (Prothero, 2024).
When students become overwhelmed or bored with their schoolwork, they find ways to get it done with little to no effort. Technology has made cheating and plagiarism easier by giving students quick access to online information and ready-made assignments. With just a few clicks, students can copy content from websites, purchase essays, or use AI-generated text without proper attribution.
Tools like AI and plagiarism checkers can sometimes encourage students to copy content without understanding it. The easy access to resources diminishes the incentive to develop original work and undermines the learning process by allowing students to bypass critical thinking and genuine effort in completing assignments.
Over-dependence on technology in classrooms can cause technical difficulties to halt learning. If the power goes out, the Wi-Fi goes down, or someone loses a charger, it slows the learning process, if not halting it altogether in some cases.
A dependency on technology may also cause students to lose skills. For example, having more tech in the classroom means less handwriting, which may decrease the development of fine motor skills (Martin, 2019).
Some students have access to cutting-edge tech while others don’t. This creates an advantage that some students will have over others. This disparity in access to cutting-edge technology creates a significant divide in education quality, as students with access to advanced tools and resources have a clear advantage over those without. Those who can afford the latest technology benefit from faster research, interactive learning platforms, and more efficient collaboration tools, enhancing their overall academic performance.
Students from underprivileged backgrounds, who lack such access, are often left struggling to keep up, resulting in an unequal learning environment. This technological gap deepens educational inequality, limiting opportunities for students in disadvantaged areas and widening the achievement gap between socioeconomic groups.
Technology's influence on education is not uniform; it varies widely across different cultures and regions. In developed countries, access to advanced technological resources can enhance learning experiences, while in developing nations, limited access may hinder educational opportunities.
Schools and parents can set clear boundaries by implementing screen time schedules and prioritizing educational activities. Tools like parental controls and time management apps help enforce these limits, ensuring students use their devices primarily for learning. Regular breaks away from screens can also be built into the day to improve focus and reduce digital fatigue.
Incorporate online activities. Focus on reading hard-copy textbooks, practicing handwriting, or using manipulatives for math problems to help balance technology use. Teachers can create a blended learning environment where students alternate between tech-based activities and hands-on exercises. This promotes cognitive development and deeper engagement with the material.
Digital literacy programs should be integrated into school curricula. Digital literacy in the classroom equips students with essential skills to critically analyze digital content, assess its credibility, and use online resources responsibly.
It also teaches students about online etiquette, data privacy, and the responsible use of social media. Schools can also hold workshops that educate students and teachers on identifying credible sources, avoiding misinformation, and understanding the long-term consequences of academic dishonesty like plagiarism.
Only about 5% of learners use new technology in their education. Governments and institutions can collaborate to provide affordable or accessible access to technology, such as computers, tablets, and reliable internet connections, to schools in underfunded areas. Partnerships with tech companies and community organizations are very helpful. They can supply necessary resources, ensuring that all students, regardless of socioeconomic background, have equal opportunities to benefit from digital learning tools.
Technology has greatly expanded the borders on learning, education, and teaching. However, when it’s not used appropriately, it can be a hinderance to learning. Technology in education leads to shorter attention spans, encourages plagiarism, and widens the digital divide. These issues highlight the importance of finding a balance in technology usage within educational settings.
An overreliance on digital tools can undermine essential cognitive skills and interpersonal interactions. Striking this balance requires educators to thoughtfully integrate technology into their curricula, using it as a supplement rather than a replacement for traditional teaching methods.
Berry College. (2024). The in-person advantage: Why face-to-face education has benefits. Retrieved from https://www.berry.edu/articles/blog/2024/in-person-advantage#:~:text=Better%20Academic%20Performance&text=In%2Dperson%20students%20are%20less,%2Dto%2Dface%20digital%20environments
Martin, J. (2019). Cultural scaffolding and technological change: A preliminary framework. ResearchGate. Retrieved from https://www.researchgate.net/publication/335104579_Cultural_Scaffolding_and_Technological_Change_A_Preliminary_Framework
Prothero, A. (25 Apr 2024). New data reveal how many students are using AI to cheat. Education Week. Retrieved from https://www.edweek.org/technology/new-data-reveal-how-many-students-are-using-ai-to-cheat/2024/04
Sampasa-Kanyinga, H., Hamilton, H. A., Goldfield, G. S., & Chaput, J.-P. (2022). Problem technology use, academic performance, and school connectedness among adolescents. International Journal of Environmental Research and Public Health, 19(4), 2337. https://doi.org/10.3390/ijerph19042337