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- 2023
-
Mark
Influence of Varying Electric Light Distribution on Melanopic Equivalent Daylight Illuminance and Lighting Energy Use
(2023) AEBM01 20231
Department of Architecture and Built Environment
Division of Energy and Building Design- Master (Two yrs)
- 2021
-
Mark
Rooftop plant factories: effects on energy use for heating, cooling and electric lighting
(2021) AEBM01 20211
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
-
Mark
Energy and Circadian Assessment of a Combination Between Integrative Lighting and Daylight Harvesting
(2021) AEBM01 20211
Department of Architecture and Built Environment
Division of Energy and Building Design- Master (Two yrs)
- 2020
-
Mark
Assessment of the circadian stimulus potential of an integrative lighting system in an office area
(2020) AEBM01 20201
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
- 2019
-
Mark
Improving Daylighting Utilization in LTH Study Center
(2019) AEBM01 20191
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
-
Mark
Daylighting and sunlighting in street canyons. A quantitative research on the visual perception and in-situ daylight measurements of four urban canyons in Copenhagen.
(2019) AEBM01 20181
Department of Architecture and Built Environment
Division of Energy and Building Design- Master (Two yrs)
-
Mark
Daylight and energy performance of a double and single skin facade in a cold climate
(2019) AEBM01 20191
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
-
Mark
Daylighting and Electric Lighting Integration in the Retail Sector
(2019) AEBM01 20191
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
- 2017
-
Mark
Daylighting in environmentally certified buildings. Subjective and objective assessment of MKB Greenhouse, Malmö, Sweden
- Master (Two yrs)
- 2016
-
Mark
Multi-objective Optimization of Fenestration Design in Residential spaces. The Case of MKB Greenhouse, Malmö, Sweden
- Master (Two yrs)