Introduction. The sun and its radiation. Legislation. Sunlight of buildings and outdoor spaces - legislative requirements, calculation methods.
Assessment of the effect of shading on existing buildings in terms of sun exposure. Methods and examples of solar shading solutions for residential buildings and outdoor spaces. Design of sun protection measures.
Daylight and lighting - photometric quantities. Factors influencing the access of light to the interior. Daylighting of buildings – daylight factor and calculation model of the sky. Requirements for daytime lighting of living rooms, lounges, workplaces.
Assessment of the effect of shading on existing buildings in terms of DO. Combined and artificial lighting.
Daylighting of hard-to-light spaces. Methods and examples of daylighting solutions.
Acoustics – physical nature of sound, perception of sound, influence of sound and noise on human health. Legislation.
Sound propagation in free space (free sound field) - sound sources, sound attenuation, design and calculation of anti-noise measures.
Propagation of sound in an enclosed space. Noise of technical equipment of buildings.
Acoustics of building structures - sound propagated by air and structure. Air soundproofing of building structures.
Acoustics of building constructions - soundproofing of building constructions.
Basics of spatial acoustics.
Basics of noise measurement.
Assessment of the effect of shading on existing buildings in terms of sun exposure. Methods and examples of solar shading solutions for residential buildings and outdoor spaces. Design of sun protection measures.
Daylight and lighting - photometric quantities. Factors influencing the access of light to the interior. Daylighting of buildings – daylight factor and calculation model of the sky. Requirements for daytime lighting of living rooms, lounges, workplaces.
Assessment of the effect of shading on existing buildings in terms of DO. Combined and artificial lighting.
Daylighting of hard-to-light spaces. Methods and examples of daylighting solutions.
Acoustics – physical nature of sound, perception of sound, influence of sound and noise on human health. Legislation.
Sound propagation in free space (free sound field) - sound sources, sound attenuation, design and calculation of anti-noise measures.
Propagation of sound in an enclosed space. Noise of technical equipment of buildings.
Acoustics of building structures - sound propagated by air and structure. Air soundproofing of building structures.
Acoustics of building constructions - soundproofing of building constructions.
Basics of spatial acoustics.
Basics of noise measurement.