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Snehasish Konger
Snehasish Konger

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The Role of Coding in Education - Debunking NVIDIA's CEO's Stance

Jensen Huang, the CEO of NVIDIA, has sparked considerable debate with his suggestion that children should not be taught how to code because artificial intelligence (AI) will soon be capable of doing it for them. This proposition underlines a transformative vision for the future of technology and education, reflecting NVIDIA's pivotal role in the development and deployment of AI technologies. However, this view also invites scrutiny and opposition, particularly regarding the implications for future job markets, educational domains, and the skills required for a rapidly evolving digital world.

The Case for Learning to Code

While AI's capabilities are indeed expanding, the assertion that coding education might become obsolete overlooks several critical factors. First, coding is not merely a technical skill but a way of structured thinking, problem-solving, and understanding the logic underlying digital technologies that increasingly pervade our lives. The process of learning to code fosters analytical thinking, creativity, and systematic reasoning, skills that are valuable far beyond the realm of programming itself.

Impact on Jobs: What May Vanish and What Will Appear

The AI revolution is poised to transform the job market, automating many tasks that currently require human intervention. Routine, repetitive jobs are most at risk, including those in manufacturing, data entry, and even some aspects of customer service. However, this technological shift also paves the way for new job opportunities, particularly in AI development, data analysis, cybersecurity, and technology ethics. These emerging fields will require a deep understanding of both technology and the ethical, social, and economic implications of AI deployment.

New Domains of Education

As the landscape shifts, so too will the domains of education. There will be an increased demand for courses in AI ethics, data science, machine learning, and digital literacy. Furthermore, interdisciplinary studies combining technology with fields such as healthcare, environmental science, and urban planning will become increasingly important, as AI technologies are applied to solve complex global challenges. Education will need to adapt to prepare students not just to interact with AI, but to innovate, govern, and ensure the responsible use of such technologies.

The Need for a Balanced Approach

A balanced approach to education and skill development, recognizing the value of both coding and AI literacy, seems most prudent. Understanding the fundamentals of how AI works, including the ability to code, will be crucial for the next generation. This knowledge will enable them to not only use AI tools effectively but also to innovate, critique, and contribute to the ethical development of future technologies.


In conclusion, while AI will undoubtedly shape the future of work and education, the human elements of creativity, ethical reasoning, and problem-solving remain irreplaceable. Rather than eschewing coding education, a more forward-looking approach would be to integrate coding with AI literacy, ethics, and interdisciplinary studies, preparing the next generation to navigate, innovate, and lead in an AI-enhanced world.

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