•1 min read•from Inside Higher Ed
Teaching AI by Doing, Not Studying
Our take
In an era where artificial intelligence is rapidly reshaping industries, the University of Virginia is pioneering an innovative approach to AI education through its new library-based initiative, "Teaching AI by Doing, Not Studying." This program emphasizes hands-on learning, enabling students to acquire essential AI skills while engaging in real-world projects across various disciplines. Rather than relying solely on traditional study methods, the initiative encourages students to immerse themselves in practical applications of AI, fostering a deeper understanding of its capabilities and implications.
By integrating hands-on experiences into the curriculum, the program aims to equip students with not only technical skills but also the critical thinking and problem-solving abilities necessary for success in a modern workforce increasingly influenced by AI technologies. The initiative supports collaboration among students from diverse fields, promoting an interdisciplinary approach that reflects the interconnected nature of today’s challenges.
This innovative educational model aligns with the growing demand for workforce-ready graduates who can navigate and leverage AI effectively. As students work on tangible projects, they learn to apply theory to practice, developing a robust toolkit for their future careers. The University of Virginia’s initiative stands as a testament to the power of experiential learning, highlighting that the best way to understand AI is not just to study it but to engage with it directly.

Teaching AI by Doing, Not Studying
Joshua.Bay
A new library-based initiative at the University of Virginia embeds hands-on AI learning and workforce skills across disciplines.
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#Washington State University#public land-grant university#University of Virginia#AI learning#workforce skills#hands-on#experiential learning#hands-on education#embedded learning#library-based initiative#practical skills#skills training#personalized learning#future workforce#interdisciplinary education#21st-century skills#innovation in education#educational technology#digital literacy#curriculum development