Programkatalog_2013-2014 - Högskolan i Gävle
Programkatalog_2013-2014 - Högskolan i Gävle
Programkatalog_2013-2014 - Högskolan i Gävle
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avancerad nivå<br />
Master Programme in Energy Engineering, Energy Online 60 credits<br />
The purpose of the degree programme is to provide state-of-the-art education in the fields of energy engineering<br />
by means of economically and environmentally sustainable systems and technologies.<br />
The term sustainable energy engineering com prises<br />
a wide array of practices, policies and technologies<br />
(conventional and renewable/alternative) aimed at<br />
providing energy at the least financial, environmental<br />
and social cost.<br />
A strong emphasis is placed on dealing with<br />
energy engineering tasks with due consideration of<br />
technical, environmental and socioeconomic issues.<br />
Advanced methods are applied to identify, describe,<br />
quantify and find solutions to a diverse range of<br />
energy engineering problems. The programme<br />
provides proficiency in project design and implementation,<br />
operation and maintenance, as well as<br />
in crucial phases of policy generation.<br />
COURSES<br />
Global Energy Perspectives<br />
Renewable Energy<br />
Power Generation<br />
Energy Utilization<br />
Energy and its Markets<br />
Thermal Comfort and Indoor Climate<br />
Thesis project<br />
Start<br />
The programme starts in the autumn <strong>2013</strong>.<br />
After the studies<br />
The labour market for a master’s degree in energy<br />
engineering exists, for example, at the energy<br />
companies, the processing industry, and within the<br />
consultant and contract business. Expected tasks<br />
are, for example, research and development, project<br />
management and efficiency improvement in the field<br />
of energy engineering.<br />
Degree<br />
Master of Science (60 Credits)<br />
Prerequisites<br />
Applicants shall hold Bachelor of Science (BSc),<br />
or Bachelor of Engineering (BEng) degrees or<br />
documented equivalents thereof. The applicant<br />
should have a minimum of Thermodynamics and<br />
Fluid Dynamics at 18 ECTS credits – or documented<br />
thereof.<br />
Also required is knowledge equivalent to Swedish<br />
upper secondary school course English B<br />
or equivalent to an Internationally recognised<br />
English test.<br />
Application<br />
You apply to programme online at:<br />
www.universityadmissions.se.<br />
Ortsoberoende, Web-based<br />
Application code autumn <strong>2013</strong>: HIG-17080<br />
Ortsoberoende, Web-based<br />
Application code autumn <strong>2013</strong>: HIG-17076<br />
More information<br />
www.hig.se or contact<br />
the student counsellor, +46 26 64 89 46 or<br />
studentcentrum@hig.se<br />
Contact<br />
Hans Wigö, Programme Director,<br />
hans.wigo@hig.se<br />
74 I <strong>Programkatalog</strong> <strong>2013</strong>/<strong>2014</strong>