NVIDIA CEO admits what career he would choose, and it’s very bad news for computing

Jensen Huang is one of the biggest winners in recent years thanks to the strong performance of NVIDIA’s AI-focused processors. This success at the helm of the company has made him the twenty-third-richest person in the world, with a valuation of over $61.5 billion, according to Forbes.

In 1993, this electrical engineer attended Oregon State University and received a master’s degree from Stanford University, combined his engineering knowledge with that of a group of friends and founded NVIDIA. According to Juan himself, perhaps if he had to go down this path again, he would not do it.

During a debate with the United Arab Emirates’ artificial intelligence minister at the World Government Summit in Dubai, the NVIDIA CEO said artificial intelligence is so transformative that he would likely consider training it if he had to start today. career.

An Arab minister asked him what children should study today, given the development of technology in the future, and Huang’s answer was truly unexpected, considering that he is a manager of a large technology company.

“In the last decade, almost all the speakers who came to this stage emphasized that it is important for children to study computer science and be able to program. However, the current situation is almost the opposite: our task is to create computer technology so that no one needs to program.”

According to Jensen Huang, the evolution of generative artificial intelligence models already serves this function and will only improve in the future, so he does not see the need for today’s children to devote their school time to these activities. “Now anyone around the world can become a programmer. This is a miracle of artificial intelligence. (…) For the first time, we have closed the technology gap.”

What would Jensen Huang study?

NVIDIA’s CEO’s intervention doesn’t clarify exactly what activities will be essential for those kids starting school today who will pick up the baton of technological evolution twenty years from now.

What he does make clear is what advice he would give one of these young people if they asked him what kind of higher education to pursue. “I would point out that one of the most difficult areas of science is understanding biology,” Huang said.

“We talk about ‘drug discovery’ as if you were wandering around the universe and saying, ‘Look what I found.’ However, no one talks about “discovering cars” or “discovering software.” No, we call it “engineering,” and every year our software, our chips, and our technology infrastructure get better than the year before, but there are very few advances in life sciences.

“So if I had the opportunity to start over now, I would realize that the technology that turns life sciences into “biological engineering” is already here, and that digital biology will be an engineering field, not just a scientific field: I I hope this is the beginning of a whole generation that enjoys working with proteins, chemicals, enzymes and materials.”

Jensen Huang’s approach indicates that gene editing techniques such as CRISPR have experienced a significant boom, fueled by the growing capabilities and use of artificial intelligence in various areas of scientific research.

The millionaire not only focuses on the development of artificial intelligence as a tool of the future, but also predicts that the achievements achieved with its help will take other sciences to a new level and this is where more innovation and development will occur. …you will need to put AI into practice.

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Image | Flickr (Fortune Global Forum), Pexels (Choknity Hongchum)