Every space, outdoor or indoor, exhibits different acoustic properties. These properties depend on the space's shape, size, and surface material; therefore, architects' design influences their resulting acoustical signature. This course introduces room acoustics and its applications in architecture and design.

Every space, outdoor or indoor, exhibits different acoustic properties. These properties depend on the space's shape, size, and surface material; therefore, architects' design influences their resulting acoustical signature. This course introduces room acoustics and its applications in architecture and design.

Every space, outdoor or indoor, exhibits different acoustic properties. These properties depend on the space's shape, size, and surface material; therefore, architects' design influences their resulting acoustical signature. This course introduces room acoustics and its applications in architecture and design.

Every space, outdoor or indoor, exhibits different acoustic properties. These properties depend on the space's shape, size, and surface material; therefore, architects' design influences their resulting acoustical signature. This course introduces room acoustics and its applications in architecture and design.

This course introduces acoustics and its practical applications in architecture and room design. Students will learn about key concepts such as reflection, absorption, and diffusion, as well as room acoustics, physiological acoustics, psychoacoustics, and electroacoustics, through lectures and hands-on exercises. Upon completion, students can apply their knowledge to real-world scenarios.

This course introduces acoustics and its practical applications in architecture and room design. Students will learn about key concepts such as reflection, absorption, and diffusion, as well as room acoustics, physiological acoustics, psychoacoustics, and electroacoustics, through lectures and exercises. Upon completion, students can apply their knowledge to real-world scenarios.