OpenAI’s Chief Executive Officer, Sam Altman, has made a future prediction so astonishing that many might find it difficult to believe. According to Altman, the coming years will witness dramatic changes driven by artificial intelligence (AI), fundamentally reshaping human life, careers, and industries in ways that today may seem like something out of a science fiction novel or movie.

Speaking in a recent interview, Altman said that within the next decade, students will have access to career opportunities that sound almost unimaginable in our present era. He envisions that by the year 2035, university students could be stepping directly out of classrooms and boarding spacecraft as part of their daily routine—not as tourists, but as employees fulfilling their job requirements.

According to Altman, graduates in the near future may simultaneously attend college while also embarking on missions to explore the solar system. These assignments, he believes, will be legitimate, full-time jobs—highly exciting and rewarding, both intellectually and financially. In his words, the pay in such future professions will be far better than many of today’s jobs, to the point where current occupations might seem dull and uninspiring by comparison.

Altman even added a touch of humor to his prediction, joking that future workers might pity their grandparents for having had to perform what he called “boring work.” While his vision may sound overly futuristic or even far-fetched, Altman stressed that the rapid advancements in the space industry make such developments more plausible than they might initially seem.

The truth is, space-related ambitions are already accelerating at an extraordinary pace. NASA has publicly announced its plans to send humans to Mars during the 2030s. Companies like SpaceX, Blue Origin, and other private space ventures are actively working on establishing permanent bases on the Moon. Meanwhile, multiple organizations are studying the feasibility of mining valuable minerals from asteroids and conducting deep-space exploration missions.

Altman’s optimism is particularly focused on the younger generation. He believes today’s youth will be the primary beneficiaries of these revolutionary shifts, with unprecedented career possibilities awaiting them in both AI-driven and space-related industries. He foresees a future where artificial intelligence will be deeply integrated into almost every aspect of work—enhancing human potential, automating repetitive tasks, and opening completely new fields of employment that we cannot fully imagine today.

However, when speaking about middle-aged or older adults, Altman’s views are more cautious. He observed that a 22-year-old would likely find it easy to adapt to and embrace new AI-based tools and systems, whereas a 62-year-old might find such a transition far more challenging. This, he noted, could create a generational gap in terms of technological adaptability and professional opportunities.

Altman described the current generation of young people as “the luckiest in history,” entering a world where AI technology will assist in nearly every conceivable type of work. He emphasized that the real power of AI lies not only in replacing existing jobs but also in creating entirely new ones—opportunities that will require skills and mindsets vastly different from today’s norms.

One of his boldest assertions was that with advanced AI models such as GPT-5 and its successors, individuals will be capable of running entire companies single-handedly—companies that in the past would have required hundreds of employees to operate. This potential for hyper-efficiency could completely redefine the structure of businesses, management, and entrepreneurship.

The implications of Altman’s prediction are vast. If students are indeed participating in space missions as part of their jobs by 2035, it would mean that humanity’s relationship with space travel has shifted from being an exclusive, government-controlled endeavor to a common professional pathway accessible to ordinary citizens with the right training and education. Space exploration would no longer be the domain of a select few astronauts but could involve engineers, scientists, technicians, designers, and even creative professionals working together across interplanetary distances.

Moreover, AI’s role in enabling these possibilities cannot be overstated. As AI systems grow more capable, they will handle complex planning, data analysis, real-time decision-making, and operational management for space missions, allowing human workers to focus on creativity, problem-solving, and exploration. Such synergy between AI and human talent could push technological progress at an unprecedented rate.

Critics, however, may argue that Altman’s vision is overly optimistic, pointing out the enormous technical, financial, and societal challenges involved in making space-based jobs a reality. Space travel remains dangerous, costly, and resource-intensive, and the development of infrastructure to sustain human life beyond Earth is still in its infancy. Nonetheless, the trajectory of current advancements suggests that while Altman’s timeline might be ambitious, his core vision is not entirely out of reach.

If his forecast proves accurate, the future workplace could look nothing like today’s offices and factories. Instead, it could include orbital laboratories, lunar mining sites, asteroid research stations, and AI-managed interplanetary logistics hubs. The next generation may not simply “go to work” but rather “launch into work,” quite literally leaving the planet to perform their daily duties.

Ultimately, Altman’s statement underscores the transformative potential of AI—not as a replacement for human ambition, but as a catalyst that expands the scope of what humanity can achieve. Whether or not his specific timeline holds true, the combination of AI and space exploration is poised to shape a future that is far more extraordinary than we can presently comprehend. And if even a fraction of his vision becomes reality, the coming decades may witness the birth of professions that today sound like pure fantasy—but tomorrow could be everyday life.