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Voice-Over Room

Record voice-over tracks and sound effects on our 4-track ProTools console in our industry-standard sound booth.

Professional Equipment

As a student in Jewelry & Metal Arts, you will have access to professional equipment like a 20-ton hydraulic press, as well as enameling, lost wax casting, and calibrated burnout kilns.

Video Lab

Edit and process video with Mac workstations with Final Cut Pro for input and output, a control room for production and high-end transfers, and rent cameras, lenses, and lighting kits for all your assignments in our video lab.

Technology

260 Custom Built Digital Storms High Performance Workstations, 13 iMac Workstations for iOS development, 85 Cintiq Monitors, 3 Oculus Rift DK2/ 1 Oculus Rift DK1, and so much more.

3D Pattern Making Lab

In the 3D Pattern Making Lab students have access to cutting edge technology utilized by top brands in the industry. Gerber Accumark, YuniquePLM, CLO3D software and hardware such as a Gerber Infinity Plotter and Digitizer are available for bringing patterns to life, as done in the industry for global production.

1849 Van Ness Ave

1849 Van Ness Ave is one of the many buildings within the Academy of Art University. Home to wood, metal, and pain shops and a 3D printer for student use.

Art Cafe

Adjacent to the Brodie Residence Hall, the Art Café offers a wide selection of grab-and-go meals including sandwiches, salads, desserts, and hot microwaveable meals as well as coffee, tea, and food options.

Equipment Lab

Available are a fully-equipped wood shop, the only complete art and sculpture neon studio in California, and a mold-making studio for one, two, and three-piece plaster and rubber casts.

San Francisco Design Center

Our location gives you immediate access to the San Francisco Design Center, one of the finest and most accessible design showrooms in the country.

60 Federal St

Physical Computing

Our advanced-level classes help students create online-based/related products and experiences of the future. Microcontrollers such as the Arduino are explored to extend the capabilities of web technology far beyond a simple site. Depth-based Input devices such as Microsoft Kinect and Leap Motion are explored in addition to touch paradigms, simple sensors, and control mechanisms.