Interactive Installations
Arduino, when combined with various technology and art fields, is one of the most common elements. This course aims to introduce and apply Arduino as the core, providing an accessible understanding of tech-art, the basic tools and techniques required, and learning the process of creation and problem-solving. Students will also gain practical experience and be able to apply this knowledge in the creation and practical work of new media art.
In the process of device design and fabrication, digital manufacturing methods are crucial, allowing for quick and precise completion of devices. Common fabrication methods such as 3D printing, laser cutting, and CNC are widely used. This course will focus on the introduction and operation of both the software and hardware for 3D printing and laser cutting.
Interactive Image Design
Course Philosophy Through graphical interface programming software, this course enables students to design and create interactive image programs.
Teaching Objectives The objective is to spark students' interest in interactive image content through the use of Unity.
Programming and Application
Course Philosophy Through graphical, block-based programming software, this course helps students develop computational thinking.
Teaching Objectives By using Scratch and Makey Makey, this course aims to spark students' interest in programming.
Sound Art
Core Course Content This course begins with an introduction to sound art and appreciation. Students will first assemble and solder a classic and popular DIY electronic circuit, the Atari Punk Console (APC) synthesizer. During the soldering process, students will simultaneously learn the principles of speakers and basic knowledge and applications of electronic materials. The APC's versatile features and customization options can be used for improvisational performances with sound objects. Additionally, circuits can be integrated with variable resistors/photoresistors for electrical disturbances/gesture control, which can be applied in live performances. Combining graphite from pencils can also create the Drawdio sound-visual effect. After building the analog synthesizer, students will move on to the basics of sound synthesis using the Max/MSP program. They will practice sound waveforms (Sine Wave, Sawtooth Wave, Square Wave), additive synthesis, amplitude modulation (AM), and frequency modulation (FM). Then, they will explore APC synthesizer sound design (with two square wave oscillations). By studying APC from both analog and digital perspectives, and combining digital software with hands-on analog techniques, students will not only experience the diverse forms of sound art but also gain more creative options for their own compositions.
Course Objectives
Max/MSP Program Basics for Sound Synthesis
