define and individually analyse different ways to adapt and design buildings so that they, because of their form and place, can use solar energy and the microclimate on the site to reduce their heating and/or cooling demands.
review different types of windows in a building and the way in which they contribute to the heating of a building.
make independent use of calculation programmes for the calculation of the heat balance of a building where factors like internal heat generation and solar gain and heat losses through windows are taken into account.
conduct a critical analysis on how a town can be designed and adapted in a sustainable way so as to avoid heat island effects both today and in the future.
Starts and ends:
wk46, 2019 - wk3, 2020
Study Rate:
25%
Location:
Borlänge
Time of Day:
Day
Teaching form:
Normal
Language:
English
Other:
P: Course only offered as part of programme.
Entry Qualifications:
B.A. in engineering (mechanical, electrical, energy) or equivalent of at least 180 credits, or an equivalent degree in the physical sciences, alternatively B.A. in construction engineering, architecture or an equivalent degree. Documented language proficiency knowledge equivalent to English B at Swedish upper secondary school. Solar Radiation and Solar geometry 5h or equivalent knowledge.
EU/EEA Citizens or exchange students are not required to pay fees. Information on application and tuition fees: www.universityadmissions.se.
Starts week 46, 2019
After the course, the students shall be able to
define and individually analyse different ways to adapt and design buildings so that they, because of their form and place, can use solar energy and the microclimate on the site to reduce their heating and/or cooling demands.
review different types of windows in a building and the way in which they contribute to the heating of a building.
make independent use of calculation programmes for the calculation of the heat balance of a building where factors like internal heat generation and solar gain and heat losses through windows are taken into account.
conduct a critical analysis on how a town can be designed and adapted in a sustainable way so as to avoid heat island effects both today and in the future.
Starts and ends:
wk46, 2019 - wk3, 2020
Study Rate:
25%
Location:
Borlänge
Time of Day:
Day
Teaching form:
Normal
Language:
English
Entry Qualifications:
B.A. in engineering (mechanical, electrical, energy) or equivalent of at least 180 credits, or an equivalent degree in the physical sciences, alternatively B.A. in construction engineering, architecture or an equivalent degree. Documented language proficiency knowledge equivalent to English B at Swedish upper secondary school. Solar Radiation and Solar geometry 5h or equivalent knowledge.
EU/EEA Citizens or exchange students are not required to pay fees. Information on application and tuition fees: www.universityadmissions.se.
Starts week 46, 2019
After the course, the students shall be able to
define and individually analyse different ways to adapt and design buildings so that they, because of their form and place, can use solar energy and the microclimate on the site to reduce their heating and/or cooling demands.
review different types of windows in a building and the way in which they contribute to the heating of a building.
make independent use of calculation programmes for the calculation of the heat balance of a building where factors like internal heat generation and solar gain and heat losses through windows are taken into account.
conduct a critical analysis on how a town can be designed and adapted in a sustainable way so as to avoid heat island effects both today and in the future.
Starts and ends:
wk46, 2019 - wk3, 2020
Study Rate:
25%
Location:
Borlänge
Time of Day:
Day
Teaching form:
Normal
Language:
English
Entry Qualifications:
B.A. in engineering (mechanical, electrical, energy) or equivalent of at least 180 credits, or an equivalent degree in the physical sciences, alternatively B.A. in construction engineering, architecture or an equivalent degree. Documented language proficiency knowledge equivalent to English B at Swedish upper secondary school. Solar Radiation and Solar geometry 5h or equivalent knowledge.