Civil Engineering is at the core of designing and constructing both safe and sustainable living environments of tomorrow.

Did you know that buildings are currently responsible for 40 % of primary energy consumption and roughly half of electricity consumption?

If you want to address big societal issues such as global warming and healthy indoor climate, The Master’s Programme in Advanced Energy Solutions may be the perfect match for you. By studying 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, you will work with creating sustainable and comfortable indoor environments.

Did you know that all of the buildings in Finland could use solar energy for heating? Or that understanding airborne spreading of viruses requires knowledge of fluid mechanics and thermodynamics?

If you want to be part of solving these critical questions of the future, the Master’s Programme in Advanced Energy Solutions may be the perfect match for you. The programme offers short- and long-term solutions and tools for problem-solving as the sustainable energy conversion processes are a critical component in the future energy system.

As one of the top-ranked programmes in its field, the Master’s Programme in Geoengineering provides world-class education in the disciplines of geotechnics, rock mechanics, highway engineering and construction. As geoengineering is a discipline involved with soil and rock, working as the primary basis for our built environment, one could call it the hidden science of everyday life. Simultaneously, Geoengineering graduates play a key role in urbanisation and circular economy, fighting climate change and the growing use of natural resources. Thanks to their highly appreciated knowledge and skills, as well as the programme’s close collaboration with the industry, graduates tend to find great job opportunities with ease.

Master's Programme in Geoinformatics turns students' talent and hard work into excellence. After graduating, you will be able to work effectively in many roles in the society, applying and utilizing current knowledge of geoinformatics, and to contribute to the further development of the field. This degree is an excellent choice if you want to tackle big societal challenges such as climate change, security and urban development, or if you dream of creating advanced mobile applications.

In Mechanical Engineering Master’s Programme you can become an expert in Arctic Technology, Engineering Materials, Marine Technology, Mechatronics, Product Development, Production Engineering and Solid Mechanics, or create your own combination. We empower students follow their interests in the field of mechanical engineering as their professional skills are needed for creating more effective and safe solutions for the society.

The majority of annual global investments target real estate, and most of national wealth is into real estate as well. Urbanisation accelerates construction and increases the demand for experts of real estate economics. If you are interested in working with real estate markets, investments, management or development, the Master's Programme in Real Estate Economics will get you started. The programme gives you the skills and knowledge you need to manage the entire lifespan of real estate.

Making smarter and more liveable cities requires new skills that integrate land use and transportation. The Master's Programme in Spatial Planning and Transportation Engineering offers the skills you need to design and develop urban and regional systems. The programme combines technical and human-centered approaches in land use planning and transportation engineering.

USP in real estate economics is a challenging, collaborative master’s for ambitious students ready to lead the growth of 21st century cities.

To ensure sustainable and functioning societies, the world needs engineers specialised in solving local and global water-related challenges.

Real-world energy challenges, collaborative solutions, sustainable tomorrow - a pathway for an exciting future in sustainable energy and environmental work. This is a joint program leading into double Master's degree.

Master’s programme in Urban Mobility, study track Sustainable Urban Mobility Transitions (SUMT) is a master programme focusing on the holistic approach in study, design, development and evaluation of sustainable, inclusive, and resilient urban environment and mobility systems.

Visit the Arctic and gain a unique specialisation in cold climate engineering. Boost your CV by studying abroad. Graduate with a double degree from two internationally acclaimed universities.

Environmental technologies and green engineering are amongst the fastest-growing markets in the world and there is growing demand for innovative solutions and new graduates

Nordic Master in Innovative Sustainable Energy Engineering (ISEE) is a world-class education in the energy sector and an international double degree programme leading to two Master's degrees. The programme combines sustainable energy engineering with innovation and entrepreneurship. The innovative aspects of the programme are related to both the advanced renewable energy concept in the Nordic countries as well as new businesses in the energy sector.

The Master program in Maritime Engineering is concentrated on ships, including yachts and offshore structures, their design, construction and operation and their interaction with the environment. You learn to apply rational methods within mathematics, numeric analyses, fluid mechanics and structural mechanics to analyze, design and technically operate ships and offshore structures. Moreover, you will understand the special, high demands to these structures for instance with respect to safety and consideration for the environment.

The need of mineral-based materials is growing globally, partly related to the new green technology. Applications such as windmills and electric vehicles need traditional metals, but also many high-tech metals that support the environmentally sustainable future. Re-use of metals is important part in the materials cycle, but it will not satisfy the increasing demand of metals. Minerals need to be extracted from the earth’s crust far into the future. The European Mining Course (EMC) aims to train experts who possess wide-ranging skills and abilities to respond to this demand.

Master's Programme in Manufacturing and its Additive Manufacturing for Full Flexibility major are a combination of production science, mechanical design and production management. This is an international double degree programme supported by EIT Manufacturing that includes studying in two different countries and a minor in innovation and entrepreneurship.

Zero Defect Manufacture for Circular Economy (ZD) is a combination of studying manufacturing science, data analysis, and process management. Master's Programme in Manufacturing is an international double degree pgoramme supported by EIT Manufacturing. The programme includes studying in two different countries and a minor in Innovation & Entrepreneurship.