Students are increasingly choosing to study physical engineering fields such as aerospace and mechanical engineering over software development, according to recent reports. This shift is linked to the rapid advancement of artificial intelligence (AI), which is now capable of autonomously writing and debugging code. As a result, the appeal of software development as a career is diminishing, especially among young people who are questioning the long-term value of learning to code. The trend is reflected in declining university enrollments in information technology-related fields, as the job market for software developers becomes more uncertain. Data from Nova Learning shows a significant drop in interest in computer science and artificial intelligence among high school and college students. In 2025, these fields accounted for 42.3% of study intentions, but by 2026, that number had fallen to 27.9%. Meanwhile, interest in engineering has nearly doubled, rising from 11.9% to 23% of student responses. Within computer science, software development and data science have seen the sharpest declines, losing 44% of their share of student interest. AI as a specific study area has also seen a notable drop of 6.2 percentage points. However, fields like cybersecurity and human-machine interaction are holding up better. The shift toward engineering is being driven primarily by aerospace and mechanical engineering, which together make up over 60% of engineering choices in 2026 and account for 81% of the field's overall growth. Electrical and computer engineering is also gaining traction, as students show a growing preference for physical systems, hardware, and machines over purely digital fields. This trend is partly due to the increasing capabilities of AI tools, which can now generate functions, correct errors, and design interfaces with minimal human input. As a result, software developers are often reduced to supervising AI-generated code, leading to concerns about job satisfaction and workloads. The decline in interest in software development is also influenced by the current job market. Many computer science graduates are finding it difficult to secure stable employment, with professional opportunities and salaries stagnating. This situation is reminiscent of the "Great Recession," and some graduates are turning to less lucrative sectors like food service and retail. In contrast, fields such as robotics, energy, aerospace, and chip manufacturing offer more tangible projects and clearer career paths. As a result, many students are re-evaluating their educational and career choices, opting for fields that provide more hands-on experience and long-term stability. While the Nova Learning study is based on a relatively small sample of students from the U.S. West Coast, its findings align with broader trends observed by other institutions. The National Student Clearinghouse Research Center reported an 8.1% drop in computer science and information science enrollments in 2025. Similarly, a Gallup and Lumina Foundation survey found that 42% of undergraduate students had reconsidered their field of study due to AI's impact. These trends indicate a significant shift in student preferences, driven by the growing realization that software development is no longer the default path for future generations.