AI Month Spotlights the Evolving Frontier of Human-Centered AI

In recent years — seemingly overnight — artificial intelligence (AI) has emerged as a powerful tool capable of accelerating discovery across research institutes.

Now in its third year, AI Month at Penn returns this April with a sharpened focus on human-centered AI, convening researchers and practitioners to explore how rapidly evolving tools can expand knowledge while safeguarding human judgment. From 60-second lectures to a hack-AI-thon and from workshops to symposia, the month’s events map the terrain where algorithms meet values and where new ideas move from possibility to practice.

Some highlights include:

• From Crowned Snake to Chnoubis: Learning AI Image Enhancement | April 9, noon, Penn Museum, 3260 South St.—Participants will explore how AI-powered image enhancement reveals details in museum objects, such as inscriptions, textures, and underdrawings, supporting conservation and scholarship. The workshop introduces how machine learning tools can improve visibility while preserving the integrity of original materials. The event is open to Penn students only; seating is limited.
• Designing Better Learners: What AI Reveals About the Learning Brain | April 16, 11 a.m.—This virtual, hands-on session offered via Zoom introduces approaches for structuring ideas and building a “second brain” to support research, coursework, and creative projects. Participants explore how AI tools can help clarify thinking, generate questions, and support continuous learning.
• IDEAS on Generative AI Symposium | April 30, 8 a.m. to 6 p.m., Amy Gutman Hall—This forward-looking event exploring the next wave of generative and multimodal artificial intelligence. As generative models rapidly evolve from text and image synthesis toward integrated systems that can reason, perceive, and act, this symposium will bring together leading researchers across natural language processing, computer vision, robotics, and machine learning to discuss the scientific foundations and future directions of the field.

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