5 MSc Degree Programs in Finland

Graduates of the Master's Programme in Civil Engineering make a lasting impact on the world as they launch careers in which they design and apply innovative solutions that foster the sustainability of buildings and transport systems. A master’s degree in civil engineering offers you a way to develop multidisciplinary expertise related to the built environment and sustainability. A career in civil engineering requires a broad understanding of phenomena related to the development of the built environment, strong problem-solving skills, and the ability to develop, implement and apply new technologies.

Graduates of Master's Programme in Civil Engineering make a lasting impact in the world as they launch careers in which they design and apply innovative solutions that foster safe, operative and sustainable buildings and transport systems. Every building and infrastructure is built in a unique location. Therefore, finding sustainable and economic solutions for the execution of foundations of different types of structures is a huge but interesting challenge that calls for expertise in geology, site investigation methods, soil material properties, ground water, and geotechnical analysis methods. Deepening your knowledge in all these areas is offered in the program of Geotechnical Engineering.

Graduates of the Master's Programme in Civil Engineering make a lasting impact on the world as they launch careers in which they design and apply innovative solutions that foster the sustainability of buildings and transport systems. Expertise in civil engineering is crucial for developing the safety, security, and environmental, social, and economic sustainability of our society. A master’s degree in civil engineering offers you a way to develop multidisciplinary expertise related to the built environment and sustainability.

Calling future urban thinkers who are curious about how we can revitalise post-industrial cities! This exciting and unique Master's programme wants to create an educational experience which recognizes and responds critically to issues of cities in different forms and stages of post-industrial transition and educates the next generation of specialists with the 21st-century skills and knowledge needed to address the challenges and opportunities of cities in transition and super diverse societies. It is the ideal program for professionals involved in the design, planning, management or evaluation of the city who want to join a vibrant knowledge and innovation community committed to rethinking more sustainable urban futures. RePIC fosters transformative modes of teaching, research, and learning - responding to post-industrial cities' specific challenges and characteristics.

As a student, you will have access to a multidisciplinary curriculum which integrates studies in science and technology; world class facilities for practical laboratory work; close collaboration with the chemical industry and different research units. The teaching and research in the degree program promotes the environmental society of tomorrow. The program is focused on the chemistry of sustainable processes and materials. The studies offer a wide range of education opportunities in science and technology and an excellent opportunity to gain hands-on experience with modern experimental techniques. The degree programme contains advanced studies in different fields of chemistry: analytical, applied, inorganic, physical and/or organic chemistry. The programme also contains compulsory laboratory work and optional studies offered by other degree programmes in the Faculty of Technology. For instance, a student can include studies in the field of engineering – process engineering is a typical choice among many others – to further build their interdisciplinary study path.