Children Will No Longer Need To Learn To Code - NVIDIA CEO Jensen Huang

t the recent World Government Summit in Dubai, Jensen Huang, NVIDIA's CEO, shared his thoughts on what future generations should and shouldn't learn. Huang believes coding knowledge isn't necessary and should be left to AI.

He explained that a decade ago, there was a belief that everyone needed to learn to code, and they were probably right. However, the situation has changed due to the advancements in AI, where everyone is now a programmer.

Recently, he shared his insights on the future of AI, its potential applications, and the opportunities it presents for everyone. Let's explore his perspective, key points, and exciting ideas.

It is the end of general-purpose computing and the beginning of Accelerated computing. - Jensen Huang

AI: Entering a New Era of Innovation

Huang believes we're witnessing a pivotal shift in the AI landscape. Moving beyond the early stages of research and development, AI is now poised to truly transform various industries and fields.

He emphasizes a crucial difference, comparing current AI to previous industrial revolutions: "This time, it's not about automating tasks; it's about augmenting human capabilities."

The technology divide has been closed; for the first time, everyone is a technologist. 

From Discovery to Engineering: AI in Digital Biology

One of the most exciting areas Huang identifies is digital biology. He sees AI as the key to transitioning biology from a field of scientific discovery to a field of engineering.

By leveraging AI's capabilities, we can go beyond simply understanding biological processes and move towards actively engineering solutions to critical challenges like disease and resource limitations.

Democratizing AI: The Technology Divide Vanishes

Now a computer can do all your work, it can scale your work. It is easy to engage AI directly now more than ever. - Jensen Huang.

Huang believes the "technology divide" is vanishing. As AI becomes more user-friendly and accessible, it's no longer confined to the research labs of tech giants.

He points to the increasing availability of powerful computing resources and user-friendly AI tools as critical drivers of this democratization. This opens up new possibilities for everyone to participate and contribute to AI advancements.

Building the Foundation

While accessibility is increasing, Huang emphasizes the need for a solid national AI infrastructure to support the development and deployment of this powerful technology.

He stresses that every country should invest in building its own data centres, talent pool, and research capabilities to stay caught up in this global technological race.

On Education and Future

"Why Jensen Huang Believes Kids No Longer Need to Learn Programming"

With the advent of AI technology, individuals who possess knowledge and expertise in fields such as digital biology, education, and farming are now able to leverage this technology to solve complex problems within their respective domains.

Whether it be developing advanced algorithms to analyze large datasets in digital biology, utilizing machine learning to enhance educational outcomes, or employing precision agriculture techniques to optimize crop yields, AI is helping to unlock new possibilities and push the boundaries of what is possible in these fields.

By combining their domain knowledge with the power of AI, experts are able to tackle some of the most pressing challenges facing society today and drive meaningful progress towards a better future.

According to Jensen Huang, programming is no longer a vital skill in education and the future of learning. With AI taking care of coding, humans can instead focus on more valuable areas of expertise such as biology, education, manufacturing, or farming.

According to Huang, human biology is complex, while life science is more sporadic. Those who work with proteins, chemicals, and the like are considered to be in the field of engineering rather than life science discovery.

"Over the last 10-15 years, almost everybody who sits on a stage like this would tell you that it is vital that your children learn computer science; everybody should learn how to program. And it's almost exactly the opposite," stated Huang. "It is our job to create computing technology that nobody has to program, and the programming language is human. Everybody in the world is now a programmer. This is the miracle of AI."

Beyond Computation: AI's Diverse Applications

The impact of AI extends far beyond traditional computing, according to Huang. He envisions a future where AI can tackle challenges like codifying languages, developing new materials with unique properties, and even creating personalized healthcare solutions.

This highlights the vast potential of AI to impact our lives positively in diverse ways.

You cannot be terrified by AI; it is the revolution of the production of intelligence. Where each country can own their data, they can protect their national intelligence. - Huang Huang

A Call to Action: Get Involved in the AI Revolution

Huang concludes the conversation by encouraging everyone to get involved in the AI revolution. He emphasizes that everyone can benefit from this technology, regardless of background or technical expertise.

He suggests exploring fields like digital biology, where AI could significantly revolutionize and encourage learning and continuous engagement with this evolving technology.