Building Physics: Transparent Parts and Thermal Comfort

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Building Heat Equation Modeling

Covers defining building needs, calculating heat gains, thermal properties, and hourly demand profiles.

Indoor Climate: Fundamentals & Implications

Covers the basics of indoor climate, emphasizing its impact on health, productivity, and sustainability.

Thermal Bridges and Window Heat Loss

Covers exercises on thermal bridges and window heat loss calculations for building energy efficiency.

Heat Transfer and Psychrometrics

Explores Indoor Climate definitions, heat transfer basics, and the impact of indoor climate on health, energy use, and costs.

Heat Transfer: Windows and Coatings

Explores heat transfer in windows and coatings, analyzing spectral transmittance, reflectance, and absorptance in various scenarios.

Building Technology III: Thermal Bridges and Insulation

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

Building Physics: Thermal Insulation and Heat Balance

Explores thermal insulation, heat balance, and energy efficiency in buildings, emphasizing strategies for reducing energy consumption and combating global warming.

Passive Bioclimatic Strategies

Explores passive bioclimatic strategies for energy-efficient and comfortable buildings, emphasizing solar heat management, thermal mass storage, and natural ventilation.

Building Physics: Thermal Comfort

Explores the impact of night protection, thermal bridges, passive solar facades, and thermal comfort in buildings.