Career/Technical Education Teachers, Postsecondary
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Teach vocational courses intended to provide occupational training below the baccalaureate level in subjects such as construction, mechanics/repair, manufacturing, transportation, or cosmetology, primarily to students who have graduated from or left high school. Teaching takes place in public or private schools whose primary business is academic or vocational education.
The occupation "Career/Technical Education Teachers, Postsecondary" has been assigned an automation risk of 49.3%, closely aligning with the base risk of 50.0%. This moderate risk reflects a balance between the structured, repeatable aspects of the job and elements requiring complex human judgment and interpersonal interaction. Automation technologies, particularly in educational technology and artificial intelligence, are capable of performing many teaching-related tasks with increasing efficiency. However, the unique subject matter and the necessity for real-world, practical instructional skills in career and technical education introduce challenges for full automation. The most automatable tasks for this occupation include observing and evaluating students’ work, delivering lectures, and supervising students' use of tools and equipment. Many advancements in automated grading systems and educational software now allow for tracking student progress, assessing assignments, and even providing standardized feedback. Lecture presentation, especially with the aid of visual materials like graphs and video, is already partly handled by digital platforms and online learning modules. Supervision of tool and equipment usage, while requiring some human oversight for safety, can be supported by smart technologies such as sensors and remote monitoring, further increasing automation potential in these components. Conversely, several key responsibilities remain resistant to automation. Reviewing enrollment applications and communicating with potential students often involves nuanced judgment and personal interaction that cannot be easily replicated by machines. Arranging expert lectures requires professional networking and an understanding of educational needs, tasks that rely on human connection and insight. Finally, participating in committees for budgeting, curriculum revision, and policy decisions demands originality—a skill with a very low bottleneck automation probability (3.0%)—and collaboration, underlining the enduring importance of creative and strategic thinking. These resistant tasks help counterbalance the automation risk, ensuring that while technical and routine aspects may become automated, essential human-centered responsibilities persist.