Introduction The primary role of education is to prepare children for the modern world. In an era dominated by technology, some people argue that schools should remove subjects like art and music from the curriculum and...
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This guide provides a deep analysis of the question: should schools cut art and music to focus on technology? It moves beyond a simple 'for and against' list to give you the nuanced arguments, concrete examples, and examiner insights needed to write a top-grade argumentative essay on this critical educational debate.
This topic is a classic for a reason. It frequently appears on exams, often framed as a discussion or argumentative essay task. For example, a past exam question might be: "In light of rapid technological advancement, some argue that subjects like art and music are luxuries the modern curriculum cannot afford. To what extent do you agree?" This task requires you to do more than state an opinion; it tests your ability to weigh competing societal values—economic pragmatism versus holistic development. You must demonstrate structured reasoning, support claims with evidence, and engage with counterarguments thoughtfully. Mastering this topic shows an examiner you can handle complex, real-world issues with intellectual maturity and linguistic precision.
To discuss this topic effectively, you need to understand the key terminology. Using these terms accurately will elevate your analysis and show the examiner that you have a firm grasp of the educational theories at play.
| Term | Definition | Example in Context |
|---|---|---|
| Holistic Education | An educational philosophy that focuses on developing the whole person—intellectually, emotionally, socially, physically, and artistically—not just on academic performance. | "A curriculum that includes both coding and choir practice is aiming for a holistic education, nurturing both analytical and emotional intelligence." |
| STEM | An acronym for Science, Technology, Engineering, and Mathematics. This approach to education prioritizes these fields to drive innovation and economic growth. | "Governments often increase funding for STEM initiatives to prepare students for jobs in the tech and engineering sectors." |
| STEAM | An acronym for Science, Technology, Engineering, Arts, and Mathematics. It's an evolution of STEM that integrates the arts to foster creativity and design thinking alongside technical skills. | "A STEAM project might involve students designing a video game, which requires coding (Technology), physics engines (Science), and character design (Arts)." |
| Cognitive Skills | The core mental abilities we use to think, learn, remember, and solve problems. These include memory, attention, and logical reasoning. | "Studies suggest that learning a musical instrument can enhance cognitive skills such as pattern recognition and memory recall." |
| Emotional Intelligence (EQ) | The ability to understand, use, and manage your own emotions in positive ways to relieve stress, communicate effectively, empathize with others, and overcome challenges. | "Participating in a drama class develops emotional intelligence by requiring students to interpret and convey a character's feelings and motivations." |
The primary role of education is to prepare children for the modern world. In an era dominated by technology, some people argue that schools should remove subjects like art and music from the curriculum and focus instead on practical subjects such as information technology. While it is true that digital skills are vital for success in today’s job market, I strongly believe that art and music remain essential for the holistic development of children. A balanced education that includes creativity and technology best equips students for the challenges of the modern world.
There is no denying that technology has transformed the way we live, work, and communicate. As a result, schools have a responsibility to ensure that students are digitally literate and capable of using technology effectively. Information technology (IT) skills are now required in almost every career — from healthcare and engineering to business and education. For instance, a modern nurse uses complex diagnostic software, and an architect relies on CAD (Computer-Aided Design) programs. By prioritizing technological education, schools can help students gain relevant knowledge and prepare them for future employment in fields like data science, cybersecurity, and artificial intelligence. Furthermore, learning about computers, coding, and digital communication encourages logical thinking and problem-solving, which are highly valuable in a competitive economy. The process of writing code, for example, directly teaches sequential reasoning and algorithmic thinking, skills that are transferable to many other disciplines.
Supporters of removing art and music from school curricula often argue that these subjects are less practical and do not contribute directly to employability. Their argument is often rooted in the economic concept of 'opportunity cost'—the idea that every hour spent on painting or music theory is an hour not spent on calculus or Python programming. They believe that time and resources spent on creative disciplines could be redirected toward science, mathematics, or technology, which offer clearer career paths. In developing countries, in particular, governments may view art and music as luxuries that do not address immediate economic needs. From this perspective, focusing investment on STEM fields seems a more direct route to national progress. Thus, reducing their presence in education might seem like a pragmatic choice in a world driven by productivity and innovation.
However, focusing exclusively on technological subjects overlooks the profound benefits of art and music. These subjects nurture creativity, emotional intelligence, and self-expression — qualities that machines and algorithms cannot replicate. Art and music allow students to explore their identities, express emotions, and develop empathy. For example, playing an instrument or participating in a school play teaches patience, teamwork, and discipline. An orchestra cannot function without each member listening carefully and synchronizing with others, a powerful lesson in collaborative effort. Moreover, creativity is not just a personal trait but a vital skill in many modern industries. Even in technology-driven fields, such as design, advertising, and software development, creativity is what drives innovation. The late Steve Jobs famously credited a calligraphy course he took in college for the beautiful typography of the first Macintosh computer. This is a perfect example of how an artistic sensibility can directly shape technological progress. Without imagination, progress would stagnate.
Scientific studies also show that art and music education enhance cognitive abilities and improve performance in other subjects. Music, for example, strengthens memory, concentration, and mathematical reasoning, while visual arts improve spatial awareness and fine motor skills. A 2019 study published in the *Journal of Educational Psychology* found that high school students with sustained engagement in music and visual arts scored significantly higher on standardized tests in maths and science. This connection is not coincidental; the patterns, fractions, and ratios inherent in musical rhythm and harmony mirror mathematical concepts. Similarly, learning perspective drawing requires an intuitive understanding of geometry. Additionally, engaging with the arts reduces stress and improves mental health, making students more motivated and balanced. Removing these subjects could therefore have unintended negative consequences on students’ overall development and well-being. A curriculum that values both logic and creativity creates adaptable, emotionally healthy individuals capable of critical and innovative thinking.
Rather than eliminating art and music, schools should strive for balance by integrating creative subjects with modern technology. This is the core idea behind the move from STEM to STEAM. For example, students could use digital tools to create art, compose music, or design multimedia projects that blend creativity with technical skills. A modern art class might teach students to use Procreate on an iPad to learn digital painting, while a music class could use software like Logic Pro or Ableton Live to teach composition and sound engineering. This approach reflects the reality of the modern world, where innovation often emerges from the intersection of art and science — as seen in fields like animation, game design, and digital marketing. Education should prepare students for this interdisciplinary future by valuing both artistic and technological learning, as discussed in essays on the role of art in school education. …