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Coders won't become jobless:  GitHub CEO Thomas Dohmke  challenges myth that AI will replace techies

Coders won't become jobless: GitHub CEO Thomas Dohmke challenges myth that AI will replace techies

Time of India07-07-2025
Companies that adopt artificial intelligence in a structured and strategic way are likely to expand their
software engineering
teams instead of cutting them,
GitHub CEO Thomas Dohmke
said in a recent podcast interview. He said that businesses that use AI to increase
productivity
will require more developers to handle the rising scale and complexity of projects.
Companies hiring more developers with AI adoption
"The companies that are the smartest are going to hire more developers," Dohmke said. "Because if you 10x a single developer, then 10 developers can do 100x," as reported by The Times of India.
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Dohmke described AI as a multiplier for developer productivity rather than a replacement for human roles. He said recent layoffs and hiring slowdowns in the industry are temporary, as businesses are still understanding how AI will change their priorities and processes.
AI expands possibilities for engineering teams
According to Dohmke, AI has helped developers take on projects that were once too large or complex to manage. This shift has not reduced workload, but increased the scope of what teams can build.
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'It's now possible to go from a concept on a Sunday morning to a working mobile app by the evening,' he said, explaining how development cycles are getting faster with AI support.
He also said he has not seen any company completely remove developer roles due to AI. Instead, AI tools have allowed engineering teams to aim for more challenging and larger-scale goals.
Technical skills still matter in the age of AI
While AI has lowered the barrier to entry for beginners and helped speed up tasks for experienced developers, Dohmke said deep technical expertise is still required to build successful software products.
"I think the idea that AI without any coding skills lets you just build a billion-dollar business is mistaken," he said. "Because if that would be the case, everyone would do it."
Dohmke described the present moment as the 'most exciting time' to work in software development, with AI pushing the industry closer to the long-term goal of quickly transforming ideas into real applications.
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The High-Schoolers Who Just Beat the World's Smartest AI Models
The High-Schoolers Who Just Beat the World's Smartest AI Models

Hindustan Times

time3 minutes ago

  • Hindustan Times

The High-Schoolers Who Just Beat the World's Smartest AI Models

The smartest AI models ever made just went to the most prestigious competition for young mathematicians and managed to achieve the kind of breakthrough that once seemed miraculous. They still got beat by the world's brightest teenagers. Every year, a few hundred elite high-school students from all over the planet gather at the International Mathematical Olympiad. This year, those brilliant minds were joined by Google DeepMind and other companies in the business of artificial intelligence. They had all come for one of the ultimate tests of reasoning, logic and creativity. The famously grueling IMO exam is held over two days and gives students three increasingly difficult problems a day and more than four hours to solve them. The questions span algebra, geometry, number theory and combinatorics—and you can forget about answering them if you're not a math whiz. You'll give your brain a workout just trying to understand them. Because those problems are both complex and unconventional, the annual math test has become a useful benchmark for measuring AI progress from one year to the next. In this age of rapid development, the leading research labs dreamed of a day their systems would be powerful enough to meet the standard for an IMO gold medal, which became the AI equivalent of a four-minute mile. But nobody knew when they would reach that milestone or if they ever would—until now. This year's International Mathematical Olympiad attracted high-school students from all over the world. The unthinkable occurred earlier this month when an AI model from Google DeepMind earned a gold-medal score at IMO by perfectly solving five of the six problems. In another dramatic twist, OpenAI also claimed gold despite not participating in the official event. The companies described their feats as giant leaps toward the future—even if they're not quite there yet. In fact, the most remarkable part of this memorable event is that 26 students got higher scores on the IMO exam than the AI systems. Among them were four stars of the U.S. team, including Qiao (Tiger) Zhang, a two-time gold medalist from California, and Alexander Wang, who brought his third straight gold back to New Jersey. That makes him one of the most decorated young mathematicians of all time—and he's a high-school senior who can go for another gold at IMO next year. But in a year, he might be dealing with a different equation altogether. 'I think it's really likely that AI is going to be able to get a perfect score next year,' Wang said. 'That would be insane progress,' Zhang said. 'I'm 50-50 on it.' So given those odds, will this be remembered as the last IMO when humans outperformed AI? 'It might well be,' said Thang Luong, the leader of Google DeepMind's team. DeepMind vs. OpenAI Until very recently, what happened in Australia would have sounded about as likely as koalas doing calculus. But the inconceivable began to feel almost inevitable last year, when DeepMind's models built for math solved four problems and racked up 28 points for a silver medal, just one point short of gold. This year, the IMO officially invited a select group of tech companies to their own competition, giving them the same problems as the students and having coordinators grade their solutions with the same rubric. They were eager for the challenge. AI models are trained on unfathomable amounts of information—so if anything has been done before, the chances are they can figure out how to do it again. But they can struggle with problems they have never seen before. As it happens, the IMO process is specifically designed to come up with those original and unconventional problems. 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He adjusted his expectations when DeepMind's model nailed all three problems on the first day. The simplicity, elegance and sheer readability of those solutions astonished mathematicians. The next day, as soon as Luong and his colleagues realized their AI creation had crushed two more proofs, they also realized that would be enough for gold. They celebrated their monumental accomplishment by doing one thing the other medalists couldn't: They cracked open a bottle of whiskey. Key members of Google DeepMind's gold-medal-winning team, including Thang Luong, second from left. To keep the focus on students, the companies at IMO agreed not to release their results until later this month. But as soon as the Olympiad's closing ceremony ended, one company declared that its AI model had struck gold—and it wasn't DeepMind. It was OpenAI. The company wasn't a part of the IMO event, but OpenAI gave its latest experimental reasoning model all six problems and enlisted former medalists to grade the proofs. Like DeepMind's, OpenAI's system flawlessly solved five and scored 35 out of 42 points to meet the gold standard. After the OpenAI victory lap on social media, the embargo was lifted and DeepMind told the world about its own triumph—and that its performance was certified by the IMO. Not long ago, it was hard to imagine AI rivals dueling for glory like this. In 2021, a Ph.D. student named Alexander Wei was part of a study that asked him to predict the state of AI math by July 2025—that is, right now. When he looked at the other forecasts, he thought they were much too optimistic. As it turned out, they weren't nearly optimistic enough. Now he's living proof of just how wrong he was: Wei is the research scientist who led the IMO project for OpenAI. The only thing more impressive than what the AI systems did was how they did it. Google called its result a major advance, though not because DeepMind won gold instead of silver. Last year, the model needed the problems to be translated into a computer programming language for math proofs. This year, it operated entirely in 'natural language' without any human intervention. DeepMind also crushed the exam within the IMO time limit of 4 ½ hours after taking several days of computation just a year ago. You might find all of this completely terrifying—and think of AI as competition. The humans behind the models see them as complementary. 'This could perhaps be a new calculator,' Luong said, 'that powers the next generation of mathematicians.' The problem of Problem 6 Speaking of that next generation, the IMO gold medalists have already been overshadowed by AI. So let's put them back in the spotlight. Team USA at the International Mathematical Olympiad, including Alexander Wang, fourth from right, and Tiger Zhang, with the stuffed red panda on his head. Qiao Zhang is a 17-year-old student in Los Angeles on his way to MIT to study math and computer science. As a young boy, his family moved to the U.S. from China and his parents gave him a choice of two American names. He picked Tiger over Elephant. His career in competitive math began in second grade, when he entered a contest called the Math Kangaroo. It ended this month at the math Olympics next to a hotel in Australia with actual kangaroos. When he sat down at his desk with a pen and lots of scratch paper, Zhang spent the longest amount of time during the exam on Problem 6. It was a problem in the notoriously tricky field of combinatorics, the branch of mathematics that deals with counting, arranging and combining discrete objects, and it was easily the hardest on this year's test. 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time9 minutes ago

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India's insurance giant LIC turns to Wall Street banks to hedge risk

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Kinetic DX e-scooter launch marks return of legacy nameplate: Price, range, & more
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  • Time of India

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