Basics of Game Design in Scratch

In today’s contemporary art landscape, where mixed media is increasingly prominent, exploring the development of 2D imagery for 3D forms offers a timely approach in ceramics. This two-week immersive workshop investigates the intersection of photography, digital processes, and ceramics, encouraging students to combine and expand these media in innovative ways.Focusing on narrative development, participants work with personal, found, or generated images to create compelling visual stories on clay surfaces. The workshop emphasizes the conceptual potential of photographic imagery and pictorial illustration, guiding students in designing and producing photographic decals for transfer onto fired ceramic forms. Students will handbuild forms, then move into image preparation, design, and transfer techniques. By the end of the workshop, participants will have gained both technical skills and conceptual strategies to integrate 2D and 3D elements seamlessly, opening new possibilities for contemporary ceramic practice.

For curious kids, a camera is a magical tool to explore and capture the world! In this fun, hands-on workshop, students dive into the art of storytelling through photography, learning to see their surroundings in exciting new ways. They’ll explore the history of image-making, experiment with cool techniques like cyanotypes, and work with today’s digital photography. Inspired by the beautiful Anderson Ranch campus, participants create unique photographs and prints, sparking creativity and a potential lifelong love of photography.

Master Class This master class and intensive seminar examines photography in the era of artificial intelligence. Each day combines morning theory sessions with afternoon practical workshops. In the mornings, participants engage in seminar-style discussions on the history, politics, and aesthetics of computer vision (CV) and AI, using readings from the instructor’s forthcoming book as a foundation for critical dialogue. Afternoons focus on hands-on practice, where students experiment with Python, OpenCV, and large language models to develop their own computer vision tools through “vibe coding.” No prior programming experience is required. The course emphasizes critical inquiry and rapid experimentation, preparing students to create original projects at the intersection of photography and AI.