Lectures related to Architectural lighting design

Explores the physiology of vision, lighting technology, and visual comfort in building design.

Explores the physics of building technology and the physiology of vision, emphasizing visual comfort and lighting effects.

Explores the analysis of natural and artificial lighting in a classroom setting.

Explores lighting strategies, color rendering, and efficiency of natural and artificial light sources in building physics.

Explores visual comfort, luminance contrasts, and lighting performance in indoor spaces, including natural and artificial lighting systems.

Delves into inspiring lamps and lighting atmospheres, highlighting the evolution of lighting perception and the impact on architectural spaces.

Covers the use of Dial Plus for calculating daylight factors and natural lighting.

Covers the impact of daylight on human well-being, from design considerations to physiological effects and potential benefits.

Explores the historical evolution and challenges of efficient visible light emitters, focusing on LED technology and the quest for 100%+ efficiency.

Explores the history and advancements in LED lighting efficiency, discussing the impact on energy consumption.

Covers the rehabilitation of a public park, including upgrading lighting and creating outdoor spaces.

Explores legislative aspects of acoustics, lighting, radon, and asbestos in construction.

Explores the challenges of managing urban energy systems and the importance of energy for cities.

Explores building physics principles for natural lighting and passive solar facades.

Explores the evolution of primary school architecture and innovative teaching methods.

Delves into the illusion of lightness in a monumental library tower.

Explores thermal bridges, insulation, and energy efficiency in building envelopes, emphasizing material impact and design strategies.

Explores AutoCAD 3D lighting basics, including extrusion, rendering, and camera settings.

Covers the rasterization pipeline, transforming 3D geometry into 2D images efficiently.

Discusses building physics and energy-efficient design for summer comfort.