OpenAI CEO Sam Altman envisions a dramatically transformed job market by 2035—one where college graduates may embark directly on space missions as part of “completely new, exciting, super well-paid” careers in outer space. This optimistic projection situates aerospace engineering at the heart of future engineering disciplines, buoyed by rapid AI-driven advances reshaping how humans work and explore, says this article on Fortune.com.
Given this context, aerospace engineering is poised to become the most pivotal branch of engineering by the 2030s. Already, aerospace positions are growing faster than the national average and command salaries exceeding $130,000—even before factoring in space-focused innovation. As commercial space ventures—from orbital manufacturing to lunar logistics—scale up, demand will surge for engineers skilled in spacecraft design, propulsion, life support systems, AI-guided navigation, and resource extraction technologies.
AI’s role is central: Altman argues that AI tools may function like “PhD-level teams in your pocket,” enabling rapid innovation and making complex missions feasible at smaller scales. This convergence of AI and aerospace will empower a new breed of engineer-entrepreneurs building billion-dollar, space-centric ventures.
By the mid-2030s, aerospace engineering is likely to eclipse other engineering fields in prominence, thanks to AI-fueled transformation, commercial expansion of space activities, and skyrocketing demand for advanced technical skills in orbital and interplanetary domains.