Workshop - Fall 2021

In this series, students will study techniques in shader code and GPU accelerated computing. While a math or coding background is recommended, any student willing to learn or explore is welcome to apply.

WebXR is a protocol that allows VR headsets to load 3D applications inside a Web browser. In this series, students will study techniques to build, distribute, and market VR applications. HTML/CSS/JS knowledge is strongly recommended, but any student willing to do quick tutorials and read guides is welcome to apply.

In this series, students will study techniques in shader code and GPU accelerated computing. While a math or coding background is recommended, any student willing to learn or explore is welcome to apply.

WebXR is a protocol that allows VR headsets to load 3D applications inside a Web browser. In this series, students will study techniques to build, distribute, and market VR applications. HTML/CSS/JS knowledge is strongly recommended, but any student willing to do quick tutorials and read guides is welcome to apply.

In this series, students will study techniques in shader code and GPU accelerated computing. While a math or coding background is recommended, any student willing to learn or explore is welcome to apply.

After a discussion of AI augmented data collection approaches and origins of privacy rights, students will implement their own object recognition and data collection system on a Raspberry Pi, a portable and powerful miniature computer.

WebXR is a protocol that allows VR headsets to load 3D applications inside a Web browser. In this series, students will study techniques to build, distribute, and market VR applications. HTML/CSS/JS knowledge is strongly recommended, but any student willing to do quick tutorials and read guides is welcome to apply.

After a discussion of algorithmic art and computational design, students will procedurally generate art with p5js, and consider ways of using techniques for games, manufacturing, and other media.

After a discussion of microcontrollers and hardware prototyping, students will learn the basics of programmatically using sensors, lights, and actuators using Arduino, a programmable microcontroller.

After a discussion about approaches and use cases of 3D printing, students will learn the basics of 3D modeling and learn how to use the Ahmanson Lab’s 3D printing resources.