Division of Energy and Building Design
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- 2024
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Mark
A life-cycle approach methodology to evaluate integrated daylight solutions
(2024) AEBM01 20241
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
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Mark
Simulation and Modelling of Solar Dryer in COMSOL: Analysis of Airflow
(2024) AEBM05 20232
Department of Architecture and Built Environment
Division of Energy and Building Design- Master (Two yrs)
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Mark
Occupant behavioral modeling: An agent-based modeling approach to building performance analysis
(2024) AEBM01 20241
Department of Building and Environmental Technology
Division of Energy and Building Design- Master (Two yrs)
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Mark
TOWARDS ZERO EMISSION BUILDINGS: A Holistic Guide for Homeowners through EPBD Compliance and the Renovation Passport Framework
(2024) AEBM01 20241
Department of Building and Environmental Technology
Division of Energy and Building Design- Master (Two yrs)
- 2023
-
Mark
Mitigating Post-Harvest Losses in Bhutan through Solar Food Drying: Optimization and Analysis
(2023) AEBM05 20222
Department of Architecture and Built Environment
Division of Energy and Building Design- Master (Two yrs)
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Mark
Building Energy Modelling Workflows for Swedish Certification Assessments
(2023) AEBM01 20231
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
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Mark
Emission factors and methods used in climate impact assessments of energy use in Swedish heated buildings - Assessing district heating and electricity as energy source
(2023) AEBM01 20231
Department of Architecture and Built Environment
Division of Energy and Building Design- Master (Two yrs)
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Mark
A Comparative Lifecycle Impact Analysis: Assessing Global Warming Potential of Newly Manufactured and Reused Bricks for Building Construction in Sweden
(2023) AEBM01 20231
Department of Architecture and Built Environment
Division of Energy and Building Design- Master (Two yrs)
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Mark
Towards low carbon buildings: A case study in Sweden
(2023) AEBM01 20231
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)
-
Mark
Techno-economic analysis and simulation of low temperature district heating networks
(2023) AEBM01 20231
Division of Energy and Building Design
Department of Architecture and Built Environment- Master (Two yrs)