MA

Energy Systems, 120 ECTS

Form of education:Full-time Languages: english Duration:24 months
Foreign:$ 14.2k / 1 Academic year(s) Deadline: Jan 15, 2021
StudyQA ranking:1228

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In the future, more people with technical educations will be needed in order to meet the demands for efficient energy usage and renewable energy. During the course of the programme, you will expand your knowledge about energy systems as applied to regional, industrial and building contexts.

The two-year Master Programme in Energy Systems offers further in-depth studies of energy systems in buildings, including applied studies in the field of sustainable cities in the second year. The in-depth studies on energy systems in buildings are geared towards simulation, optimisation and measuring techniques of and in buildings.

Engineer in different roles
As a graduate, you have a good knowledge of regional and industrial energy systems, but with the additional dimension of peak competence within the field of energy systems in buildings. Future work assignments may include innovative solutions that promote future demands for climate-neutral energy systems.

Another need is that you, after this education, have great opportunities to advance into third-cycle studies.

Labour market with long-term requirements
There is presently a great demand for students with a degree in energy-related fields, and the high demand is anticipated to continue in the foreseeable future. This demand is caused by the generation shift in combination with a significant social interest in creating sustainable energy systems, i.e., to use the available resources as efficiently as possible while taking economy, environment and energy into consideration.

After you have completed the programme, you can work as an engineer within construction, development, project planning, contract and administration. Energy companies, consulting firms, the industry, the property business etc. have a great need for engineers to develop the energy systems of the future.

The purpose of the programme is to apply system perspectives for the analyses of different energy systems focusing on the rational use of energy and conversion to renewable energy sources. For example the building sector stands for large portions of the total energy demand in every country and people spend more than 90 percent of their time indoors. Reducing energy demand in buildings is essential to the achievement of a sustainable built environment.

At the same time, it is also important to create and maintain a comfortable and healthy indoor environment in inhabited spaces and required thermal and air quality conditions in uninhabited enclosures with an energy efficient Heating, Ventilation and Air Conditioning (HVAC) system. A strong emphasis is placed on dealing with energy engineering and research tasks with due consideration of technical, environmental and socioeconomic issues. Advanced optimization and simulation as well as measurement techniques are applied to identify, describe, quantify and find solutions to a diverse range of energy problems.
In this programme you will learn a multi-dimensional approach, which means that the building is evaluated from different point of views as well as with different system boundaries. As evaluation methods, advanced measurements technique, energy simulation, computational fluid dynamic (CFD) simulation, psychological and cognitive functioning, intervention methods as well as life-cycle assessment (LCA) for quantification of the environmental impacts will be covered. This unique programme will focus not only on system and component levels but also on all aspects from technology to human response and environmental impacts.
The programme is internationally attractive since Sweden has a strong position in the building technology, indoor climate technology, energy systems and environmental technology both at the academia and industry. Students will benefit from this by close cooperation with our university and industrial partners in different forms. The learning processes are driven by traditional lectures and laboratory moments as well as project based courses with close collaboration based on actual problems experienced by industry and society.
The major provide proficiency in project design and implementation, operation and maintenance, as well as in crucial phases of policy generation.
This study major has a total duration of two-years taught courses (120 ECTS credits) including a thesis project work (30 ECTS credits). The programme is open to applicants from all over the world. The programme language is English.

The major provide proficiency in project design and implementation, operation and maintenance, as well as in crucial phases of policy generation.
This study major has a total duration of two-years taught courses (120 ECTS credits) including a thesis project work (30 ECTS credits). The programme is open to applicants from all over the world. The programme language is English.

Bachelor of Science (BSC) or Bachelor of Engineering (BEng) degrees in relevant disciplines. The applicant should have a minimum of Thermodynamics and Fluid Dynamics at 15 ECTS credits or documented thereof. Also required is knowledge equivalent to Swedish upper secondary school course English B or equivalent to one of the following tests; IELTS : an overall mark of 6.5 and no section below 5.5 TOEFL (paper-based): Score of 4.5 (scale 1-6) in written test and a total score of 575 TOEFL (internet-based): Score of 20 (scale 0-30) in written test and a total score of 90. English Language Requirements IELTS band: 6.5 TOEFL paper-based test score : 575 TOEFL iBT® test: 90
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