Master's Programme in Advanced Energy Solutions - Sustainable Energy in Buildings and Built Environment

Interested in a career in energy for our society? Want to be involved in the development of rapidly changing energy systems of the future? The Master’s Programme in Advanced Energy Solutions may be the perfect match for you.
Solar energy panels on a rooftop in Otaniemi




3.12.2018 - 11.1.2019




2 vuotta, täysipäiväinen


Soveltuva alempi korkeakoulututkinto


Tekniikan ala


120 opintopistettä


Insinööritieteiden korkeakoulu


EU/ETA-alueen ulkopuoliset kansalaiset, €15000/v (maisteriopinnot)

Hakuaika on päättynyt

Edellinen hakuaika päättyi 11.1.2019
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There is an ongoing transition towards sustainable energy, which combines smartness, flexibility and environmental performance with customer acceptance and engagement. The new energy system will be a complex combination of central and local resources. This calls for new thinking of primary sources, production, markets, transmission, use and customers as producer-consumers, or prosumers.

The programme has four majors. In each of them, you will be provided with a solid theoretical background, which is then complemented with interdisciplinary studies to broaden and deepen your understanding of energy challenges in our society.

The Sustainable Energy in Buildings and Built Environment major offers the theoretical basis and practical skills that are required in design projects and the development of novel technologies and services for energy-efficient buildings and nearby. The major offers advanced courses on the efficient use of energy in the fields of building technology and services as well as on the design of heating, ventilation and air conditioning (HVAC) systems. The specialization of the major includes specification of performance of building HVAC systems and indoor environmental quality. The major prepares students for current and future challenges in construction and building services industries.

Study programme

Already today, a great majority of people are living in cities and urbanization is a continuing trend. Developing energy efficient buildings and cities is a huge current challenge, when at the same time all solutions should also achieve healthy, comfortable and productive indoor environments. At the moment, buildings are responsible for 40% of final energy consumption and about 50 % of electricity consumption. For this reason, nations in Europe and beyond have awoken to the need to reduce the use of energy in buildings. In the short term, all new buildings should be nearly zero energy buildings by the year 2020. In the next phase, the EU 2050 roadmap defines that by 2050, the equivalent CO2 emission from the building sector should be reduced by around 90% compared to the 1990 level.

Learning outcomes

Upon completion of the Major, the student will:

  • Have an understanding of interdisciplinary aspects of energy efficiency  
  • Have an understanding of the methods to improve energy efficiency
  • Be aware of how to utilize renewable energy sources in buildings
  • Be able to optimize building systems and develop services to improve energy efficiency
  • Have an understanding of how the entity of building design and HVAC system influences upon the indoor environment
  • Have an understanding of design methods and appropriate simulation and optimization tools

The Advanced HVAC course package (45 cr.) provides the qualification to be a responsible designer of exceptionally demanding HVAC projects in Finland.

Structure of studies

The master’s degree (120 credits) consists of the major studies, elective studies and a master’s thesis.

Major studies (65 credts) consists of

  • 15 cr of common studies shared by all majors of the Advanced Energy Solutions programme
  • 15 cr of major-specific common studies
  • 35 cr of advanced studies.

Common courses give the student a basic understanding of the field. Specialisation is built mainly through advanced studies, where students may choose courses from different topic groups. Topic groups within the Sustainable Energy in Buildings and Built Environment major are HVAC TechnologyBuilding Engineering Services, and Building Technology and Energy.

Elective studies (25 credits) are chosen entirely by the student. The master’s thesis (30 credits) concludes the degree.

Career opportunities

Graduates of the programme are capable of acting as an expert of in at least one of the following areas: HVAC technology, building services engineering, building technology and energy.

Typical employers are engineering and consultant companies as well as universities and research institutes. Graduates will able to apply novel, adaptive and socially intelligent thinking and enhance interdisciplinary collaboration with well-trained project management skills for entrepreneurship initiatives concerning energy solutions.

Admission requirements

Applicants to the program must first meet the general eligibility criteria and language requirements common to all master’s programmes in Advanced Energy Solutions.

The selection process for the major Energy in Buildings and Built Environment is competitive and paper-based. Applications that pass the eligibility check of Aalto University Admissions Services (administrative evaluation) proceed to the programme-specific academic evaluation.

The following academic evaluation criteria will be used:

  • university/higher education institution; recognized for high quality of education and research
  • degree and relevance of studies; suit very well or excellent to the study option
  • academic performance; need to mainly very good or excellent
  • motivation and commitment to the programme; should be clearly in connection with the study option


Contact information

With questions regarding the admission process, please contact Aalto University Admission Services: [email protected]

With questions regarding the content of the programme and studies, please contact: [email protected]

Programme director:
Professor Martti Larmi

Responsible professor of the major:
Professor Risto Kosonen

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Edellinen hakuaika päättyi 11.1.2019
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